Precision Mastery: A Symphony of Metalworking : simplebooklet.com

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Dear Readers,Welcome to the June 2025 edition of IndustrialGuide Asia News Magazine, where we delve intothe harmonious convergence of metalworking,precision measurement, and control systems—the very elements that define the rhythm andrigor of modern manufacturing.This issue, themed "Precision Mastery: ASymphony of Metalworking, Measurement,and Control," is a tribute to the relentlessinnovation and engineering excellence drivingAsia’s industrial transformation. Just as everynote in a symphony must be exact for themelody to emerge, so must every micron, everytoolpath, and every calibrated response beperfectly tuned in today’s production lines.Inside, you’ll find in-depth coverage on:The latest CNC and machining solutionsreshaping the metalworking landscape.Smart metrology systems and digital qualitycontrol tools.Automation and control technologies thatorchestrate seamless operations across thefactory floor.Publisher’s NoteWe also spotlight key industry players,groundbreaking innovations, andupcoming exhibitions that connectprofessionals and propel the future ofprecision manufacturing in the region.Whether you're a manufacturer,engineer, systems integrator, orindustry observer, we hope this issueinspires you to explore how precision,when mastered, becomes the silentpower behind performance,productivity, and progress.As always, thank you for being a part ofour community. Here’s to continuedexcellence and innovation across Asia’sindustrial stage.Warm regards,Team IndustrialGuide News Asia

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ABB has revealed the next generation of itsflagship air circuit breaker, the SACE Emax 3.Aimed at large facilities with high powerdemands, including data centers, advancedmanufacturing sites and critical infrastructureincluding hospitals and airports, theinnovative Emax 3 is designed to addressincreased concerns about grid stability,cybersecurity, and the surging power needsof Artificial Intelligence (AI) in data centers.The successor to the industry-leading Emax 2smart circuit breaker, the Emax 3 introducescutting-edge technology to minimize the riskof power outages. Featuring the industry’smost accurate power sensors and dataanalytics, the Emax 3 collects and analysesreal-time data from the electrical system,including power usage, system health, andenvironmental conditions such astemperature. This information is sharedremotely or on the Emax 3 touchscreen,offering users real-time insights, warnings,and recommendations for precisemaintenance.Emax 3 is the world’s first air circuit breakerwith Security Level 2 IEC 62443cybersecurity certification. It is also the firstwith a fully integrated arc flash detectionsystem to enhance safety and reliability. New ABB circuit breaker to make AI data centers andadvanced manufacturing more resilientPage 01https://iiga.news"Critical infrastructure needs resilient electrical systems.As demand for advanced electrification solutionscontinues to grow, the new SACE Emax 3 will helpcustomers stay ahead of changing power requirementsand protect business-critical uptime,” said MassimilianoCifalitti, Smart Power President, ABB Electrification. “Emax3 is a breakthrough for energy resilience, helping solvesome of the leading causes of power outages. Its built-inintelligence helps customers make their powermanagement and maintenance proactive and predictive.” ABB’s SACE-brand air circuit breakers are recognised for theirreliability and performance, with millions installed worldwideprotecting buildings and critical facilities. Demand for air circuitbreakers continues to grow, particularly in markets where datacenters and smart industries are growing, and where largeinfrastructure investments are being made. Customers in thesemarkets are also demanding more advanced sensing andembedded digital intelligence. Insight Out

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Uptime Intelligence’s 2025 survey-basedAnnual Outages Analysis indicates that powerfailures account for more than half of digitalinfrastructure outages; that more than half ofsignificant outages cost more than $100,000and one in five data center operators saytheir most recent significant outage costmore than $1millionPage 02https://iiga.newsLara Cortinovis, Head of Distribution & EnergyManagement, ABB Electrification, said: “Power outagescan now be a million-dollar problem, with customerstelling us they are concerned with grid instability, humanerror and cybersecurity vulnerabilities. Solutions toimprove on-site resilience are seen as critical. ABBinnovations like Emax 3 will be at the heart of solutions tomake critical infrastructure more secure and reliable.”The strategic acquisition, previously announced, is nowcomplete. With the acquisition of the GF MachiningSolutions Division of Georg Fischer AG, the UNITEDGRINDING Group expands its portfolio to 15 brands. Thenew group operates under the name UNITED MACHININGSOLUTIONS and, with total sales of over USD 1.5 billion,has become one of the largest machine toolmanufacturers in the world.With the takeover of the GF Machining Solutions Division ofGeorge Fischer AG by the UNITED GRINDING Group, one ofthe largest machine tool manufacturers in the world hasemerged – with total sales of over USD 1.5 billion and around5,000 employees at over 50 global locations. Insight OutUNITED GRINDING Group and GF Machining Solutionsbecomes UNITED MACHINING SOLUTIONSThe company was renamed UNITED MACHININGSOLUTIONS and retains its headquarters in Bern,Switzerland.Stephan Nell, CEO of the new group andthe UNITED GRINDING Group, reveals:“There has been a long-standing desire tomerge the two companies. Leadshareholders Rosmarie and Martin Ebnerexpressed their full confidence in thisstrategically important step within theworld of global machine toolmanufacturing, authorizing the necessarycapital increase to make this vision intoreality. It is rare for two companies tocomplement each other as well as UNITEDGRINDING and GF Machining Solutions.This applies not only to our productportfolios, our international alignment, andour understanding of quality, but also tothe culture and mindset of our employees.I am convinced that we can make a bigdifference together, for the benefit of ourcustomers." The group's board ofdirectors closely monitored and supportedthe process. Fred Gaegauf, Chairman ofthe Board of Directors at the UNITEDGRINDING Group, noted: “The merger ofthese two companies has created a Swisspowerhouse in machine toolmanufacturing”.

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Optimal additionWith a presence in more than 50 locations, acomprehensive product portfolio, and a totalof 15 leading brands in their industries, thefoundation is laid for future success. “It is thebest decision we could make,” confirms IvanFilisetti, CEO of GF Machining Solutions and amember of the new group's ManagementBoard. “Our products do not overlap; theycomplement each other. This makesintegration much easier. And as a Swisscompany, we share the same culture with astrong commitment to innovation anddigitalization. We will also keep after our goalof being the preferred partner for ourcustomers, always ready with customizedsolutions and comprehensive expertise – inother words, able to offer much more thanjust high-end machines. The group helps uswith its strong international alignment,employees on site at our customers'premises, and our breadth of technologicalexpertise.”In R&D, collaboration is not only beneficial forthe company and its customers in thedevelopment of innovative solutions.Synergies can also be leveraged with regardto new standards and regulations, which arebecoming increasingly important and requiremachine manufacturers to respond in orderto keep their machines fit for the future.The two companies are particularlyconnected by their shared Swiss roots andstrong international alignment. “With morethan 50 locations worldwide, there are fewmachine tool manufacturers that are asinternational as we are and as close to theircustomers,” believes Nell. “Being able tospeak the language of our customers andoffer fast, competent support is an importantdecision-making criterion for our customers.Our global employees share the same rootsand values,” adds Filisetti.Page 03https://iiga.newsInsight OutThanks to many commonalities and an optimal addition to theportfolio, the prerequisites for successfully merging as UNITEDMACHINING SOLUTIONS could hardly be better.The group will primarily present itself to the outside worldthrough its individual brands. “In the future, we want to furtherstrengthen the identities of our brands, which have been knownand anchored in the market for many years,” explains Nell. “Thebrands have a long tradition, stand for the highest quality andare often pioneers in their field. Our customers trust the brandsthey have learned to know and appreciate".

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UNITED MACHINING SOLUTIONSwith two divisions andestablished management teamThe two divisions UNITEDGRINDING and UNITEDMACHINING fall under theumbrella name of the group,UNITED MACHINING SOLUTIONS.UNITED GRINDING includes thebrands MÄGERLE, BLOHM, JUNG,STUDER, SCHAUDT, MIKROSA,WALTER, EWAG, and IRPD. Withtheir expertise in the technologiesof surface and profile grinding,cylindrical grinding, tool machiningand additive manufacturing, theycontinue to offer broadapplication knowledge, anextensive product portfolio, and adistinct range of services for themanufacture of high-precisioncomponents.GF Machining Solutions is one ofthe world’s leading providers ofprecision engineering andadvanced manufacturingtechnologies for high-precisioncomponents and tooling industry.These competencies andtechnologies will be incorporatedinto the new group in the UNITEDMACHINING division.Page 04https://iiga.newsInsight OutThe group's portfolio will beexpanded to include thebrands AGIE CHARMILLES,CHARMILLES, MIKRON MILL,LIECHTI, STEP TEC, andSYSTEM 3R. This includesmachines for high-speedmilling, EDM (ElectricalDischarge Machining), lasertexturing, and laser micro-machining. In addition, thedivision offers state-of-the-art spindles as well assolutions for automation anddigitization, backed by globalcustomer and applicationsupport.The management team atUNITED MACHININGSOLUTIONS consists of fourpeople with a long history inthe respective companies:Stephan Nell, Ivan Filisetti,Michael Horn, and HeinzPoklekowski. Stephan Nell,CEO of the UNITEDGRINDING Group, has spent22 years within the group. Henow takes over as chairmanof the Management Boardand strategic leadership forSales and Customer Care. Premiere at EMO Hannover with eightworld firstsThe new group UNITED MACHININGSOLUTIONS will make its debut at EMOHannover, the world’s leading tradeshow for production technology. For 50years, the trade show has provided aunique platform every two years to gaina comprehensive overview of theindustry’s global offering. The tradeshow will take place from September22 to 26 this year. UNITED MACHININGSOLUTIONS will be represented by its15 brands and showcase no fewer thaneight world-first innovations.Ivan Filisetti, President of GF MachiningSolutions and affiliated with the companyfor 23 years, is responsible for establishingthe long-term vision of the new group’stechnology area and remains CEO ofUNITED MACHINING. Michael Horn, who isresponsible for Operations and IT, brings hismany years of experience in machine toolengineering and most recently as a memberof the Board of DMG MORI AG to the newgroup. And Heinz Poklekowski, who hasbeen a group member for 35 years, his mostrecent role being CFO for the UNITEDGRINDING Group, will assume responsibilityfor Finance and Group Services.

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The global leader in precision engineering, Renishaw, iscontinuing its commitment to inclusivity by supporting thelaunch of a new accessible hot air balloon, G-MEAS. Hot airballooning is an exhilarating experience, but for many peoplewith mobility challenges, it has been out of reach. Renishawhas worked with Exclusive Ballooning, a UK company based inGloucestershire, known for its strong community values, tosponsor an accessible balloon aligned perfectly withRenishaw's ethos of diversity and inclusion.Renishaw has been working with Exclusive Ballooning since2012. That year, the first Renishaw balloon, G-RENI, waslaunched from Gloucester Rugby's Kingsholm Stadium,marking the first balloon launch from the stadium in over acentury. Over the years, G-RENI became a familiar sight acrossthe UK, flying in major ballooning events and even participatedin a daring flight across the English Channel.As G-RENI reached retirement, Renishaw and ExclusiveBallooning collaborated on a successor – G-MEAS, an aircraftregistration number with a nod to Renishaw's expertise inmeasurement technology. Unlike standard hot air balloonbaskets, which require passengers to climb over the edge of a3-4 ft high basket to enter, the design for G-MEAS allowsthose with mobility issues to board safely and comfortably. G-MEAS features a specially designed basket with a dedicatedwheelchair-accessible compartment manufactured by Bristol-based Cameron Balloons, making it one of the very fewballoons in the world to offer this and the only one in the UK.Renishaw partners withExclusive Ballooning to LaunchNew Accessible Hot Air BalloonPage 05https://iiga.news”This partnership reflects our dedicationto community support and inclusivity,ensuring that more people can enjoy theunique experience of floating above thecountryside,” said Chris Pockett, Head ofCommunications at Renishaw. “We areexcited to see G-MEAS take to the skies,continuing our aim to break down barriersand provide opportunities for all.”G-MEAS was built in Gloucestershire, just a fewmiles from Renishaw's New Mills headquarters,by Diamond Hot Air Balloons; the newmanufacturing arm of Exclusive Ballooning.Diamond Balloons is the first UK certifiedaircraft manufacturer since Brexit, with G-MEAS being one of its first balloons to take tothe skies.Andrew Holly, Operations Director at ExclusiveBallooning said, “We have always loved workingwith Renishaw and share in their passion forinclusivity. We were so grateful for their supportwhen we began our journey into manufacturingand it is fantastic to see G-MEAS in the air. Welook forward to continuing to make the skiesaccessible for everyone, with our speciallyadapted basket”.Insight Out

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Certified by the UK's Civil Aviation Authority last year, G-MEAS was officially launched on 1st May 2025 fromRenishaw's New Mills headquarters near Wotton-under-Edge, Gloucestershire. It will appear at events across the UKduring the year, including The Lord Mayor's Hot Air Balloon Regatta® in London, the Bristol Balloon Fiesta from August8th to 10th, the Carmarthen Showground on June 27th and 28th, the Bath & West Showground on July 11th and 12th,Broadlands Estate in Hampshire from July 18th to 20th, and Chepstow Racecourse in Monmouthshire on September13th and 14th. These events will offer accessible flights, ensuring that everyone can take part in the joy of ballooning.Page 06https://iiga.newsHexagon partners with ZeroTouch to bring high-accuracyinline inspection to European precision manufacturingInsight OutHexagon has partnered with ZeroTouch, part of Sandvik,to bring high-speed, high-accuracy non-contact gaugingcells to European customers through its ManufacturingIntelligence division. The turnkey cell enablesmanufacturers to measure key dimensions of mission-critical parts with micron-level accuracy in seconds,providing rapid feedback to reduce scrap and improveprocess maturity faster with metrology-assistedmanufacturing processes.Volume part manufacturers in safety-critical industriesrequire 100% sampling of components, but this is often notfeasible because the measurement accuracy requiredexceeds production cycle time. First introduced in 2022,ZeroTouch Rotation and Linear metrology systemsuniquely delivers high accuracy measurement of controlpoints so they can be deployed at any control gate within aproduction and integration process.By combining its application expertise and softwarewith ZeroTouch’s non-contact inspection system,Hexagon will address common process issues fortier one manufacturers that need to improveprocess stability rapidly without reducing theirthroughput. Under the new partnership, Hexagonwill offer ZeroTouch as part of its solutions withinGermany, Switzerland and France and componentssuch as brake discs, electric motors, luxury watchesand medical orthopaedics are the first applicationsto be addressed.Stephen Chadwick, EMEA president at Hexagon’sManufacturing Intelligence division commented:“ZeroTouch is a breath of fresh air for ourcustomers. Anyone working to improve qualityknows that they need to inspect earlier and learnfast – and with ZeroTouch’s high-speed systemthey can integrate fully automated control pointsanywhere they are needed in their process with lessthan 30 seconds’ cycle time and robust 24-7operation.

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Page 07https://iiga.newsSiemens and TURN2X joinforces to scale up greenenergy productionInsight OutThe non-contact ZeroTouch system uses 3D laserscanners to acquire feature and surfacemeasurement data as parts measuring up to 400mmare positioned and rotated to acquire a rapid but richpoint cloud immediately into the terminal software orconnected data management and statistical processcontrol applications. Depending on the qualityrequirement, simple gauging can be accelerated withrapid measurement of multiple features, or completepart and surface property data can be acquired withmillions of points.The ability to perform inline inspection of high-precision components complements adjacentmetrology applications where Hexagon technologiesare commonly used. Beyond measurement, it offerscustomers the ability to integrate the ZeroTouchsystem into workflows using its automotive standardQ-DAS metrology data management and statisticalprocess control suite to respond quickly to issueswith suppliers and to continuously improve thequality, throughput and scrap rates of localproduction.Zvonimir Kotnik, President of ZeroTouch, added:“We value the partnership with Hexagon. WithHexagon’s market reach, we are pleased tochampion the ZeroTouch cutting-edge technology inthese application spaces, delivering customers real-time actionable information that enables moreefficient and sustainable manufacturing throughautomated and connected solutions. ZeroTouchprovides best-in-class in-line and near-line high-speed and high-accuracy configurable gaugingsolutions that significantly shorten measurementtasks, building a high confidence level inmanufacturing processes. Our technology decreasesdeployment, labour, and asset costs, while offering acomprehensive 3D record for digitiseddocumentation and traceability purposes.”“We are delighted to formalise our partnership to bringthis exciting and easy-to-use technology to ourcustomers so they can deliver on the order of the day –quality at speed – in plants where metrology expertise isspread thinly but needed more than ever.”The technology company Siemens and Germany-based TURN2X announced a Global Partnershipaimed at advancing the production of renewablenatural gas through a comprehensivetechnological collaboration. This partnershipresponds to the market's growing recognition ofrenewable natural gas as a critical component inachieving a balanced and sustainable energytransition.

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Page 08https://iiga.newsInsight OutUnder the agreement, Siemens will become thepreferred supplier and technology partner for TURN2Xand provide a comprehensive suite of solutions from itsSiemens Xcelerator portfolio. The partnership will focuson three key technological areas: First, processoptimization using advanced automation systems andinstrumentation specifically tailored for TURN2X'sunique green methane production process. Second,operational excellence thanks to digital twintechnology and energy management solutions thatenable sophisticated remote plant operation withmaximum efficiency. Third, future-readiness resultingfrom enhanced cybersecurity and standardizedsolution development that will accelerate thedeployment of new facilities. This integrated approachwill enable TURN2X to rapidly expand its productioncapacity while maintaining the highest standards ofreliability. By enabling more efficient and scalable renewablenatural gas production, the Siemens-TURN2Xpartnership will directly contribute to expanding theavailability of green energy alternatives on the market.Dr. Dominik Schollenberger, CTO at TURN2X,said: “As a growing company in the renewablenatural gas sector, our greatest challenge isscaling production while maintaining operationalexcellence. Siemens' technology enables us tooperate our plants remotely with unprecedentedefficiency, which is crucial for our businessmodel of securing long-term profitability fromday one. This partnership gives us thetechnological foundation to rapidly expand ourproduction capacity and meet the increasingmarket demand."“The collaboration with TURN2X is an example of howSiemens technologies can accelerate innovativesolutions for clean energy,” said Axel Lorenz, CEO ofProcess Automation at Siemens. "We’re making animportant contribution to the energy transition byhelping advance promising concepts to the industriallevel with our expertise and our portfolio in automationand digitalization.”

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The agreement sets the stage formass production of functionalholographic films – with automotivewindshields as flagship applicationZEISS and Tesa establish strategic partnership toadvance large-scale holographic technologyPage 11https://iiga.newsInsight OutPooling industry expertise to shapenext-gen technologiesBoth partners bring deep industryknowledge and experience in theindustrial implementation oftechnological innovations: ZEISS as aleading provider of micro-opticalcomponents and tesa as a long-standing development partner acrossvarious industries, focusing on self-adhesive product and systemsolutions."This partnership is a milestone in theindustrialization of holography –especially for large-scaleapplications. Together with tesa, weare laying the foundation for bringingholographic innovation to market in ascalable and economically viableway," says Roman Kleindienst, Headof ZEISS Microoptics / EVP ZEISSMicrooptics.tesa also sees thecollaboration as a signal ofwhat’s to come"As a long-standing partnerto the automotive andconsumer electronicsindustries, tesa brings itsextensive process andmaterials expertise to thepartnership with ZEISS.Together, we will significantlyadvance the serial replicationof holographic solutions. WithZEISS, we have a globaltechnology leader by our side– we look forward to workingclosely together anddeveloping forward-thinkingprojects for our customers,"says Dr. Ingrid Sebald, BoardMember for Technology attesa.Technology leaders ZEISS and tesaare joining forces to bring holographyto industrial scale. The two companieshave signed a strategic partnershipagreement to drive the serialreplication of large-format,holographically functionalized films –with a focus on transparent displayapplications in automotivewindshields.By combining ZEISS’s microopticsexpertise with tesa’s advancedadhesive technologies, thepartnership aims to enable scalable,process-stable production of opticalholographic components forintegration into transparent surfacessuch as glass

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The HARTING Technology Group is continuing to expand its presencein India with a technology center focusing on research anddevelopment.HARTING opens new technologycenter in the ‘Indian Silicon Valley’Page 12https://iiga.newsInsight OutThe HARTING Technology Group is continuing to expand its presence inIndia: following the establishment of a sales office in Chennai in 2005and the opening of a production plant in 2022, a technology centerfocusing on research and development has now been inaugurated. Theaim is to meet the demand for advanced connector solutions in theregion in a customer-oriented manner and to meet the growingrequirements in the Asian market."We want to become a global company" is an important part ofHARTING's vision, which has been anchored in the company'smission statement since 1996. Now, a 7,000 sq. ft. technologycenter has been officially opened in Bangalore, popularlyknown as the ‘Silicon Valley of India’. The goal: to offertalented individuals from the technology sector a platform todrive forward the development of connectivity solutions forvarious industries such as manufacturing, transport andtelecommunications. "We are consistently pushing ahead withour internationalisation. With our latest opening in India, we areliving up to our motto ‘In the Region for the Region’ and at thesame time taking another step towards becoming a globalplayer for connector and cable solutions," explained PhilipHarting, CEO of the HARTING Technology Group, during theopening ceremony.HARTING is relying on a dedicated,well-trained core team for theInnovation Hub in India, as well as anadditional team for global IT solutions.Furthermore, training anddevelopment opportunities will beoffered to aspiring engineers andtechnology specialists. In addition toits headquarters in Chennai, HARTINGIndia has further sales offices inBangalore, Pune and Noida.Alongside Philip Harting, Mabel Low,Managing Director HARTINGSingapore and APAC, and JacobChandy, Managing Director HARTINGIndia, also took part in the openingceremony.

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Page 13https://iiga.newsInsight Out"We are very excited to establish ourtechnology center in Bangalore, a cityknown for its dynamic technicalecosystem and skilled workforce,"said Jacob Chandy. "This facility willnot only expand our R&D capabilities,but also strengthen our collaborationwith local partners and customers. Webelieve that innovation is the key tostaying ahead in today's fast-pacedmarket, and this center will play acrucial role in our mission to deliverhigh-quality connection solutions."Emerson’s ‘Project Beyond’ to Modernize and SeamlesslyIntegrate the Industrial Automation Technology StackNew enterprise operationsplatform delivers effortlessintegration of AI and automationtechnologies for enterpriseoptimizationGlobal industrial technology leaderEmerson is pioneering a newsoftware-defined enterpriseoperations platform – dubbedProject Beyond – that willfundamentally change today’sapproach to industrial automation.Emerson’s Project Beyond willdeliver the industry’s first software-defined, OT-ready digital platformthat seamlessly integrates andoptimizes industrial operations.Leveraging innovations in software-defined control, data management,zero-trust cybersecurity andartificial intelligence, Emerson’s newplatform will help automationinvestments deliver value withoutadding complexity.The speed of technology and industrial artificial intelligence (AI)advancements, combined with increased computing power needs and theunprecedented volume and complexity of siloed data generated acrossindustrial assets, requires a new, cost-efficient way for companies toleverage automation across the enterprise while protecting existinginvestments.

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Page 14https://iiga.newsInsight OutEvolved from its industry-leading DeltaV™distributed control system, AspenTech’sleading software portfolio and BoundlessAutomationsm vision, Emerson’s newconnected industrial technology platformwill reduce the costly and complextechnology integration required to movedata across different operationaltechnology (OT) systems and applications,helping customers deploy and scale newcapabilities faster.The building blocks of Project Beyondinclude:“Companies are eager tomodernize automation and keeppace with the promise of newtechnologies like AI without rippingand replacing their existinginfrastructure or dealing with thepain and costs of integrating newapplications and millions offragmented data points,” said RamKrishnan, chief operating officer atEmerson. “Project Beyond will usethe power of software-definedcontrol to introduce an entirelynew, scalable, seamlesslyintegrated infrastructure withautomated data contextualizationto turn trapped data into powerfuloperational efficiencies.”“By combining Emerson’sautomation capabilities withAspenTech’s deep softwareexpertise – from modeling andoptimization to machine learningand AI – we’re embedding artificialintelligence into our systems,turning information into insightsthat will help our customers alongtheir journey toward optimizedautonomous operations,” Krishnansaid.Modern Computing Environments:Project Beyond will unify the latest inon-premise edge computing withthe power of the cloud to deliverunparalleled data analytics.Networking & Connectivity: Secureconnectors, APIs and softwareinterfaces that allow connectivity ofexisting OT systems, devices andlegacy I/O to the platform as well asthe ability to connect the platform toIT environments.DataOps: A powerful data fabricweaving together all OT assets, fromdevices to entire systems, turningcontextualized data and codifiedknowledge into digital intelligencearound operations.App Marketplace: A catalogue ofstate-of-the-art applications,curated for an organization’s uniqueneeds, collected in a singlemarketplace for easy access anddeployment.AI Orchestration: An orchestrationengine that will manage thedeployment and lifecycle of AIagents enabling the future human/AIhybrid workforce.Zero-Trust Security Architecture: Asecurity plane that secures everyaccess, device, application,connection and data within theplatform.Designed as a data-centricplatform, the enterpriseoperations platformenables a more flexibledeployment of even morepowerful mission-criticalfunctionality, such as thenew DeltaV IQ Controller.This software-definedcontroller will run oncommercial, off-the-shelfservers, bringing increasedscalability, flexibility,resiliency and extensibilityto enterprise operations.“Emerson has neverbeen content toincrementallyimprove on currentofferings, especiallytoday with thetremendousopportunities aroundindustrial AI,” saidKrishnan. “ProjectBeyond is designedto make it easier andmore cost-effectiveto access the datayou need to unleashnew AI applicationsand future-proof yourindustrial automationinvestments.”

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As part of its long-term strategy tostrengthen global production capabilitiesin the aerospace and automotive sectors,NAFCO officially approved the Malaysiainvestment project in October 2023. Thenew facility, located in Seremban, NegeriSembilan, focuses on the manufacturing ofaerospace and automotive-relatedcomponents. The site occupiesapproximately 20,000 square meters ofland, with a current building area of 3,500square meters. Further expansion andequipment upgrades are planned, withtotal investment expected to exceed USD40 million. NAFCO InaugurateNew AerospaceManufacturingFacility in MalaysiaPage 16https://iiga.newsInsight OutThe new plant will continue the NAFCO’s technological foundationin the field of smart manufacturing, open a new chapter inintelligent production, and become one of the NAFCO’s importantglobal production bases.NAFCO is an internationally certifiedprecision manufacturing company specializing in aerospacefasteners and components, with certifications including NADCAP,AS9100, and IATF16949. The company has continuously advanced its process technologiesto enhance capabilities in high-value, precision aerospacemanufacturing. To date, NAFCO has successfully delivered over8,000 certified products to international customers and has beenrecognized as a qualified supplier to the world’s four major aircraftengine manufacturers: General Electric (GE), Pratt & Whitney(P&W), Rolls-Royce, and Safran Group—providing them withcomprehensive fastening and machining solutions.Looking ahead,NAFCO will continue to be committed to providing high-quality,reliable and diversified aviation fastener and precision machiningproduct for one-stop solution to solutions to global customers.Actively promote the innovation and development of the aerospaceindustry, and realize the vision of creating a win-win situation withglobal partners.

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Universal Robots (UR) andMobile Industrial Robots (MiR)will demonstrate their jointcommitment to empoweringcustomers with increasedproductivity through a diverserange of automationapplications, commanding thelargest exhibition area atAutomate 2025 at joint booths#4023 and #3623 from May 12-15 in Detroit.Joint showcase from TeradyneRobotics companies will featurecomprehensive automationsolutions across automotive,electronics manufacturing, andlogistics zones, highlighting thepower of collaborative andmobile robotics.Universal Robots and Mobile Industrial Robots to DebutNew and AI-powered Automation Solutions AcrossIntegrated Industry Workflows at Automate 2025Page 17https://iiga.newsInsight Out“Our combined presence is a powerful demonstration of howTeradyne Robotics addresses the complete spectrum of automationneeds across diverse industries,” says Ujjwal Kumar, GroupPresident of Teradyne Robotics. “The applications on display acrossautomotive, electronics and logistics emphasize our holisticapproach to automation that empowers businesses to optimize theirentire workflow, from component handling to final palletization,”says Kumar, who will deliver the Automate keynote “Tech Hype vsIndustrial Need: Separating Science Fiction from Scalable Solutions”at 9:00 am on Thursday, May 15.

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Explosive-proof painting in Automotive zoneThe Automotive zone will include a production flow,utilizing the same type of automotive workpieceacross various applications. AI Automation willdemonstrate painting with a new explosion-proof(ATEX certified) UR cobot; Mission Design will presentdispensing applications; and 3D Infotech will feature aquality inspection process using a UR cobot and thenew UR AI Accelerator toolkit to examine the partassembled by Mission Design, highlighting enhancedperception capabilities. Finally, Robotiq willdemonstrate palletizing of the packaged workpiece.New OptiMove feature debuts in ElectronicsManufacturing zoneThe Electronics zone will feature Adaptive Robotics,performing cobot-assisted soldering of electroniccomponents, alongside a hands-on demonstration ofUR’s new OptiMove motion control algorithm thatdynamically optimizes speed and acceleration withinhardware limits, resulting in smoother cobotmovements, reduced vibrations, and improved cycletimes.The AI Accelerator, UR’s new toolkit developed inclose collaboration with NVIDIA, will also be hard atwork in the Electronics zone, incorporated intoFlexxbotics’ machine tending solution to provideimproved part localization, and in Acumino’sinnovative cobot training demo executing complexassembly of electronic components.Page 18https://iiga.newsInsight OutThe real power of the AI Accelerator"Automate 2025 attendees will see the real power of ourAI Accelerator," says Anders Billesø Beck, VP ofTechnology at Universal Robots. "For developers, thistoolkit provides a ready-to-use hardware and softwareplatform that significantly decreases deployment timeand de-risks the development of AI-based applications.For end users, getting access to these AI Accelerator-based solutions means easier programming, lowercomputation times, and the ability to automate previouslychallenging or impossible tasks.”Material Handling & Logistics Zone shows end-to-endsolutionsThe Material Handling & Logistics Zone will underscorethe combined strengths of UR and MiR to deliver fullyintegrated autonomous intralogistics solutions that arenow powered by AI technology leveraging NVIDIA’saccelerated computing libraries:MiR’s autonomous Pallet Jack – the MiR1200 - willdemonstrate the movement of pallets within warehousesand production facilities with AI-driven perceptionsystems for robust pallet recognition, even if pallets arebroken or imperfectly loaded. The Pallet Jack will workwith the MC600, a new mobile cobot that features aUR20 cobot mounted on a MiR600 AMR for increasedpayload and reach. This integrated MC600 solution,which just won an RBR50 award, will palletize and de-palletize the MiR1200.

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With 134 stores in the U.S., Canada and the United Kingdom, MetalSupermarkets’ growth has been accelerating. Fifteen new stores areanticipated to open in 2025 and a healthy pipeline of candidates isreviewing the business system.Metal Supermarkets is actively awarding locations to qualifiedindividuals who have strong business acumen and customer serviceexperience. The Metal Supermarkets franchise opportunity is bestsuited for the owner-operator franchisee who is looking to build anincome and create a lasting, profitable business in their local market.The moderate investment range for a Metal Supermarkets location isbetween $430,500 to $592,500, and qualified owners must have aminimum of $150,000 in liquid capital to be considered. Qualified U.S.military veterans can take advantage of a $5,000 reduction off the initialfranchise fee.Today, Metal Supermarkets, theworld’s largest supplier of small-quantity metals, announced a keymilestone with the opening of its 100thU.S. store, located in Monroeville,Pennsylvania.Metal Supermarkets was founded inToronto, Ontario, in 1985 with thecompany enjoying rapid expansionacross Canada. U.S. expansionfollowed with the brand’s first U.S.store opening in 1996 in Atlanta,Georgia. Over the course of fourdecades, the company has providedbusinesses and consumers with fastand reliable metal services, buildingan influential presence within a nicheof the metals distribution industry.Metal Supermarkets Opens Milestone 100th U.S. StorePage 19https://iiga.newsInsight Out“Reaching 100 U.S. stores is anexciting achievement for MetalSupermarkets and is atestament to the strength andvalue of our business systemcombined with the dedication,hard work and customer servicepassion of our manyfranchisees. Our goals includecontinued U.S. growth as thereare numerous viable U.S.markets,” said StephenSchober, President and CEO ofMetal Supermarkets. “MetalSupermarkets has undergonemany changes over our 40years, but the beauty of ourindustry is that it is extremelystable. We have focused onsustainable, manageablegrowth, with systemadvancements beingevolutionary, not revolutionary.”

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ABB and RMG, a leading Germanmanufacturer of gas meters for natural gas,biogas and industrial gases, have signed asupply frame agreement that will enable ABBto support energy customers in the UnitedStates with high precision gas measurement.Under the agreement, RMG will provide ABBwith its ultrasonic gas meters, strengtheningABB’s instrumentation and digital offering forthe custody transfer and midstream segment.ABB is a market leader in multiplemeasurement technologies for the energysector, focusing on the upstream andmidstream market. In addition to flowcomputers, well automation solutions,Coriolis, Vortex, Swirl flowmeters as well aselectromagnetic and thermal massflowmeters, ABB will now cover high precisiongas measurement with ultrasonic gas meters.RMG’s ultrasonic gas meters complementABB’s instrumentation portfolio. ABB and RMG to collaborate on ultrasonic gas meters forthe US energy marketPage 20https://iiga.news“With ABB serving oil & gas clientswith a multitude of flow technologies,we are happy to now also offer ourcustomers the benefits of ultrasonichigh precision gas measurement,”said Amina Hamidi, ManagingDirector, Business LineInstrumentation, ABB Measurement &Analytics. “RMG is one of the leadingmanufacturers in this area withdecades of experience, a perfectpartner for ABB. By combining ouroffering of flow computers withRMG’s ultrasonic gas meters we arein a strong position to help ourcustomers in the United Statesoutperform.”Frank Frenzel, ABB Measurement & Analytics and ThorstenDietz, CEO of RMGUltrasonic gas meters have become a key measuring principlefor gas volume measurement in custody transfer. Thetechnology owes its broad acceptance among gas transportcompanies to its superior measuring accuracy, reproducibility,wide measuring range and low maintenance costs.Ultrasonic gas meters use sensors that generate repeatablepulses. They also include high-speed electronics, complete witha precise timer for detection, resolution and timing of thetransmission/reception of ultrasonic pulses with sufficient timedomain resolution. The sensor and electronics configuration ofthe meter allows high pulse transmission rates. The signalpropagation time measurement provides a fast integration of thegas flow velocity so that precise readings can be recorded everysecond.Insight Out

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Festo Features Multi-AxisPositioning Systems at AutomatePage 21https://iiga.newsInsight OutFesto is showcasing at Automate 2025 its most innovativeautomation solutions, including multi-axis positioning systems.Festo positioning systems can be specified in minutes and, afterdelivery, installed and functioning in hours instead of weeks.(Festo Automate Booth #1619, May 12-15, Huntington Place,Detroit, Michigan)This year, Festo celebrates the company’s100th anniversary and is emphasizing itsleadership in automation. On Wednesday,May 14, at 2:30, Frank Latino, FestoProduct Manager Electric Automation, willbe a National Fluid Power Association(NFPA) featured speaker with thepresentation, “Pneumatic OperationalImprovement via Digitalization.”Positioning Systems at Festo Booth#1619Festo features three different multi-axishandling solutions showing precisepositioning with Festo electric tooth beltand ball screw axes in two-axis, three-axis, and cantilevered configurations.These demos showcase how Festo’sdiverse product lines – from pneumaticand electric powered grippers to motioncontrollers and PLCs – seamlesslyintegrate within handling solutions. Inaddition to viewing these systems at theFesto booth, attendees can also stop bythe Siemens and CODESYS booths to seeFesto handling systems in action.

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Rockwell Automation Launches EtherNet/IP In-cabinetSolution to Help Manufacturers Build Smarter, MoreEfficient PanelsRockwell Automation, Inc., the world’slargest company dedicated toindustrial automation and digitaltransformation, today announced therelease of its EtherNet/IP™ In-cabinetSolution, a major advancementdesigned to meet the growing demandfor smarter, faster and moreconnected manufacturing operations.As companies strive to improveproductivity and reduce downtime,traditional hard-wired control panelsoften stand in the way, limiting dataaccess and complicating systemupgrades. The EtherNet/IP In-cabinetSolution addresses those challengesby streamlining communicationsbetween devices with the panel,making system integration simpler,boosting real-time data access andhelping manufacturers make faster,more informed decisions.Page 23https://iiga.newsTechnology & Products"Our EtherNet/IP In-cabinetSolution is a game-changer inindustrial connectivity," saidKelly Passineau, productmanager at RockwellAutomation. "By leveragingsingle-pair Ethernet/IPtechnology, we're helpingcustomers reduce installationtime, enhance operationalefficiency and integrate wiredcomponents into a moreintelligent, data-drivennetwork.”Early adopters are already seeing the impact. Volga, a RockwellSystems Integrator Partner and a leading manufacturer based in Brazilspecializing in electrical, mechanical and automation control, reporteddramatic improvements after adopting the EtherNet/IP In-CabinetSolution."The EtherNet/IP In-cabinet Solution reduced our assembly time byover 65%, enabling us to wire starters and panel operators in just overan hour," said Carlos Leopoldo, commercial director at Volga. "Beyondthe significant time savings, this system provides numerous benefits forour panel builders, including space efficiency, customizable paneloperator colors, a reduction in SKUs, minimized risk of incorrectconnections and more straightforward inspections. It’s a well-designedsolution that enhances efficiency and reliability for both panel buildersand end users who can benefit from improved communication,diagnostics and easier maintenance.”

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Key benefits of this newoffering include:Faster Installation: Whenimplemented inaccordance withrecommended standards,it can help cut wiring timeby up to 80% compared totraditional hard-wiredinstallation.Optimized Space: Thecompact design allows forefficient use of cabinetspace, enabling moredevices to be installed inthe same footprint andreduces overall panel size.Improved Data Access:Boost productivity withquick, real-timecommunication betweendevices.Scalability: Easily expandand adapt to futurenetworking needs withoutmajor infrastructurechanges.Additionally, a plug and playdesign enables easyconfiguration, commissioningand maintenance, ultimatelyreducing disruptions toproduction schedules.Page 24https://iiga.newsTechnology & ProductsHexagon’s Safety, Infrastructure & Geospatial division announcedone of Massachusetts’ largest regional 911 centers launched HxGNOnCall Dispatch and other solutions from Hexagon to upgradeemergency communications technology for a four-town Bristol andNorfolk County area that includes Gillette Stadium.The Southeastern Massachusetts Regional EmergencyCommunications Center (SEMRECC) serves more than 200,000people in an area about 30 miles south of Boston, including Easton,Norton, Mansfield and Foxborough.The cloud-based system, hosted by Microsoft Azure, makes itpossible for multiple emergency communications centers to sharecapabilities, automatic upgrades and cybersecurity updates.SEMRECC is responsible for mutual aid and incident coordination forall of Bristol County and is the regional Nationwide Alerting Systemwarning point for the region. Leaders expect to need more capacityas they continue adding new agencies and communities to theservice area. In addition, when the population temporarily swellsduring Patriots games or significant events on one of the interstatesrunning through the region, SEMRECC needs additional capacity ondemand. By innovating with HxGN OnCall Dispatch, OnCall Recordsand mobile field solutions—all cloud-based—the 911 services will bescalable to encompass the stadium and interstate when needed andas more population bases are added to the service area.SEMRECC launches cloud-basedHexagon emergencycommunication technology

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Page 25https://iiga.newsTechnology & Products“The launch of the OnCall suite represents a significant leap forwardin the district’s commitment to delivering exceptional service to ourresidents and visitors. These next-generation, scalable, cloud-basedtools not only allow us to meet the evolving needs of our mission butalso position us as leaders in public safety innovation,” said Robert A.Verdone, executive director, Southeastern Massachusetts Regional911 District. “By equipping the dedicated 911 professionals atSEMRECC with cutting-edge resources, we’re setting a newstandard for service. We are also excited to collaborate and sharethese advanced capabilities with other 911 operations acrossMassachusetts, helping to drive innovation and enhance publicsafety far beyond our district’s borders.” “Hexagon is thrilled to provideinnovative emergencycommunications in southeasternMassachusetts,” said Ben Ernst,vice president and general managerfor North America Public Safety forHexagon's Safety, Infrastructure &Geospatial division. “Our HxGNOnCall portfolio provides a modernand scalable solution that can keepup with the ever-increasing growthand demand for emergencyservices.”

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With the eSEA Spin, Bosch Rexroth and WITTENSTEIN areshaping the future of fully electric actuators in subseatechnology.eSEA Spin launches: Bosch Rexroth and WITTENSTEINunveil multiturn subsea actuator at OTC 2025 in HoustonJoint development of eSEA Spin fromBosch Rexroth and WITTENSTEIN motioncontrol electrifies the operation of flowvalves in subsea systems.Page 26https://iiga.newsTechnology & ProductsViable business models for the production ofgreen hydrogen at sea or the storage ofCO2 under the seabed (CCS) depend oncost-effective subsea technology. That iswhy Bosch Rexroth AG and WITTENSTEINmotion control GmbH have jointly developedthe electromechanical eSEA Spin subseaactuator for continuously variable flowcontrol of gases and fluids. It is operated ata water depth of up to 4.000 m via a 24 Vpower supply and therefore doesn’t requireany hydraulic pipes from the water surfaceto the seabed. This reduces both theinvestment costs for the entire subseasystem and the operating costs in the longterm.Joint development based on provencomponentsThe development of the eSEA Spin is notonly a technological achievement, but alsoproof of successful cooperation. Bycombining the expertise of WITTENSTEIN inthe field of gearbox technology with theexpertise of Bosch Rexroth in automationand electronics, we are developing solutionsthat offer real added value for ourcustomers. “Together, we are shaping thefuture of fully electric actuators in subseatechnology,” summarizes Dr. Steffen Haack,CEO of Bosch Rexroth AG.“Bosch Rexroth and WITTENSTEIN both have many years ofproven application experience in the field of subsea technology.Our gearboxes and electromechanical modules are designed forthe required service life of more than 25 years in the sea – andhave already proven themselves many times over this longperiod of time,” says Dr. Bertram Hoffmann, CEO ofWITTENSTEIN SE.Electric actuator replaces hydraulicsPreviously, valves in subsea systems have mostly been operatedby unmanned, remotely operated vehicles (ROVs), orhydraulically and must be supplied with a hydraulic pipe from thewater surface. The eSEA Spin is just as compact as hydraulicmodules and adjusts throttle valves rotationally with a torque ofup to 2700 Nm while only requiring electrical power of maximum480 watts. The power is supplied to two redundant 24 V motors,each with its own controllers, which generate unlimited rotationalmovements for precise flow control via a planetary gearbox.

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Page 01https://iiga.newsTechnology & ProductsIntelligent software maximizes availabilityThe robust control electronics are based on a controlsystem from the automotive sector, which is producedin very large quantities and of high quality. In addition,industrial sensors for condition monitoringcontinuously collect operating data, such as theabsolute position and the torque. This enables preciseflow control of the valve. “Bosch Rexroth has thesoftware expertise and experience to filter therelevant information from this data, to link them to theintegrated digital twins of the components and thussignificantly improve the availability of the actuatorover the entire period of use,” says Haack.Standardized interfaces for mechanics andcommunicationThe new actuator features a mechanical ROV Class 4interface and a SIIS L2 interface for electrical powersupply and communication with higher-level systemson the offshore platform. The drive module can beintegrated in just a few minutes.Launch of the eSEA Spin at OTC 2025At the Offshore Technology Conference (OTC) 2025,taking place from May 5 to 8 at NRG Park in Houston,the eSEA Spin will be presented for the first time to theconference attendees. Under the theme “Waves ofInnovation >> Offshore Energy Excellence,” theconference will highlight groundbreakingadvancements in offshore energy. Bosch Rexroth andWITTENSTEIN will be exhibiting together at booth#3219, where they will share exciting insights into thedevelopment of the new multiturn actuator. At thebooth, visitors can experience the product in itsoriginal size.A technical presentation focusing on theadvancements of the multiturn actuator, titled“Ensuring Precise Flow Control: Optimized MultiturnActuation for Low-Power Applications,” is scheduledfor Tuesday, May 6, at 10:30 AM in Room 312, as partof the session “Enhancing Offshore Production: NewApproaches to Flow Assurance, Corrosion, and ScaleControl.”

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Resource-conserving production, reduced emissions and acircular economy protect the environment and climate.Companies that act sustainably not only secure theircompetitiveness, but also take responsibility for futuregenerations. Sustainability is also one of the focal topics atEMO Hannover 2025.Sustainable products and processes are the key to asociety worth living in. The following examples from themetalworking industry show where the journey is heading. Sustainability as a missionAs one of the leading suppliers of carbide solutions,Ceratizit Deutschland GmbH from Kempten is intensivelycommitted to greater sustainability in the industry. To thisend, the company is pursuing a comprehensive strategywith numerous levers for reducing CO2. In order to achieveits ambitious sustainability targets, Ceratizit isimplementing targeted measures along the entire valuechain, with recycling being a key component. The speciallydeveloped and optimized recycling process makes itpossible to obtain a particularly high proportion of the rawmaterial used for tools and hard material solutions fromsecondary raw materials. In addition to conservingresources, the use of recycled carbide significantlyreduces the product carbon footprint (PCF) of products.Implementing sustainability permanently: Exhibitors atEMO Hannover 2025 present solutions and processesPage 28https://iiga.newsTechnology & Products“Our aim is to establish a common standard forcalculating and classifying the carbon footprintof cutting tools, hard material solutions andcarbide powders on the market. This enablesus to offer customers the transparency theywant in terms of their carbon footprint,”explains CEO Dr. Andreas Lackner. Ceratizit,headquartered in Luxembourg, has thereforedeveloped a calculation model for the PCFvalues, including classification. This has nowalso resulted in the VDMA standard sheet35111, which was developed in a consortium.The model serves as a standardized methodfor calculating the product carbon footprint forprecision tools. In order to combine maximum performance withthe best possible sustainability, the global playerdevelops carbide grades with the most extensivematerial cycles in their category. The latestdevelopment, a special milling cutter line, forexample, consists of at least 99 percent recycledcarbide and has the lowest CO2 emissions in itsclass. Thanks to the latest geometry and coatingtechnology, these milling cutters achieve up to 30percent higher performance than other universaltools. They are suitable for many materials, whichincreases efficiency in production and minimizesthe ecological footprint at the same time. At theEMO in Hanover, interested parties can find outabout the latest developments directly from thesupplier.

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Numerous sustainability measures already implementedAt Ingersoll Werkzeuge GmbH, which is based in Haiger inGermany, sustainability and environmental protection arecentral components of the corporate philosophy. “We havetaken various measures to reduce our ecological footprintwhile remaining economically efficient,” reports LeonPulverich, Environmental and Energy Management Officer.“A key step in this direction is the switch to sustainablepackaging for many of our products. By usingenvironmentally friendly materials and reducing packagingmaterials overall, we are helping to minimize waste andprotect the environment." Ingersoll also offers regrinding ofits solid carbide tools. This practice regrinding serviceextends the service life of the tools and reduces the needfor new raw materials. “Another highlight of our sustainable initiatives is theinstallation of a photovoltaic (PV) system on the companypremises,” adds Leon Pulverich. “With an annual electricitygeneration of around 700,000 kWh, we can save around184 tons of CO2. This measure was also implemented inresponse to the rise in energy prices and will help us toreduce costs in the long term while also protecting theenvironment.” In addition, those responsible place greatimportance on energy efficiency when selecting newmachines. Modern machines help to reduce both energyconsumption and operating costs. This is a further steptowards making production processes more sustainable.These and other measures underline Ingersoll’scommitment to a sustainable future. “We are convincedthat economic success and environmental protection canand must go hand in hand,” concludes Leon Pulverich. “AtEMO Hannover, we are sure to find plenty of impetus tocontinue along this path successfully.” Page 29https://iiga.newsTechnology & ProductsTaking step after step towards greatersustainabilityFrom combination tools and tool reconditioning,through to excellent hydraulic chucks: At Mapal Dr.Kress SE & Co. KG from Aalen, the responsible useof resources is just as much a part of dailyoperations as the aspiration to help protect theenvironment and reduce CO2 emissions with everynew tool. All product and company divisions playtheir part in this. Combination tools, for example,are a key to efficient and sustainable production. Ifdifferent work steps are combined within one tool,this saves tool changes and reduces traveldistances. Shorter machine running times alsorequire significantly less energy. Furthermore, lessmaterial is required for combination tools than forindividual tools.MQL-compatible tools enable ecological machiningprocesses by minimizing the use of coolinglubricants (minimum quantity lubrication, minimalquantity lubrication) – this significantly reduces thewaste of contaminated lubricants as well asdisposal and recycling costs. Efficient use ofresources is also achieved with replaceable headsystems and indexable inserts. Here, only thedrilling or milling heads are replaced and the insertsturned instead of replacing the entire tool. PCD(polycrystalline diamond) and solid metal tools,indexable inserts and ISO elements can also scorepoints for durability thanks to reconditioning. Byregrinding, replacing the guide pads, replacing thecutting edges or applying new coatings, the toolsregain full performance.

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Page 30https://iiga.newsTechnology & ProductsMachine manufacturer optimizes energy and material usageBased on decades of experience combined with innovative ideas,Kapp Niles GmbH & Co. KG in Coburg and Berlin produces moderngenerating and profile grinding machines. Sustainable options havebeen developed for many components: Finite element method(FEM) analyses, for example, are used to design components withhigh rigidity and minimal use of materials. This reduces moments ofinertia and saves drive power. Hydraulic components were largelyreplaced by electronic ones and the remaining functional unitswere optimized by efficient hydraulic units with low consumption:Compared to a hydraulic output of 13.5 kW installed 25 years ago,frequency-controlled pumps with 2.2 kW are now available, with aconsumption of 0.04 kW/h during production. Reduced oil volume,low-watt valves and pump drive with frequency converter reduceoperating costs and maintenance costs.With the three focus topics of sustainability, automation anddigitalization, EMO Hannover 2025 offers a clear view of theproduction of tomorrow with efficient processes. Countlessexamples at the world’s leading trade fair offer visitors the uniqueopportunity to gather unfiltered, well-founded information, forgeideas and initiate joint projects – for greater competitiveness and amore sustainable future.MQL-compatible tools enableecological machining processes byminimizing the use of cooling lubricants(minimum quantity lubrication, minimalquantity lubrication) – this significantlyreduces the waste of contaminatedlubricants as well as disposal andrecycling costs. Efficient use ofresources is also achieved withreplaceable head systems andindexable inserts. Here, only the drillingor milling heads are replaced and theinserts turned instead of replacing theentire tool. PCD (polycrystallinediamond) and solid metal tools,indexable inserts and ISO elements canalso score points for durability thanksto reconditioning. By regrinding,replacing the guide pads, replacing thecutting edges or applying new coatings,the tools regain full performance.“Sustainability is not a foreign conceptat Mapal, but an absolute matter ofcourse in our ideas and developments,and in our daily work,” emphasizesJacek Kruczynski, Chief TechnologyOfficer (CTO). "Many of our productsstand for precision, durability andreliability – if it says Mapal on it, it isalways of the quality that you wouldexpect from Mapal." Last but not least,the Uniq hydraulic chuck, which haswon several design awards, is asustainable alternative to traditionalshrink fit chucks. Its reduced energyconsumption reduces CO2 emissions,while the elimination of shrinkingprocesses means that the materialdoes not fatigue. The hydraulic chuckalso offers a service life that is tentimes longer.Additively manufactured coolant nozzles increase theefficiency of the cooling lubricant supply by 60 percent andhelp to reduce energy consumption in the cooling lubricantsystem. Changing the material of the machine bed from graycast iron to recyclable mineral casting saves 1.6 tons of CO₂per ton of material over the entire life cycle. Intelligent switch-off functions and a calendar-controlled warm-up programminimize the time the machines are switched on. Reducedoperating pressure and a demand-oriented sealing air supplyreduce compressed air consumption. “The EU EcodesignRegulation 2024/1781 presents machine manufacturers withnew challenges in product development and marketing.These include resource efficiency or the disclosure of the CO₂or environmental footprint. Kapp Niles has always dealt withthis topic in the past, including as part of the VDMA’s BlueCompetence initiative. We see the ambitious sustainabilitytargets we have set ourselves internally as an opportunity tosecure competitive advantages in the future,” emphasizesRalf Dremel, Head of Product Management at Kapp Niles.

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Nikon Launches VOXLS 20 C 225 X-ray and CT SystemNikon’s versatile, space-efficientX-ray CT system delivers best-in-class CT inspection envelope andexceptional data quality foradvanced industrial quality control.Page 31https://iiga.newsTechnology & ProductsNikon Corporation (Nikon) haslaunched the VOXLS 20 C 225, thelatest addition to its VOXLS X-ray CTproduct lineup. This system is basedon the proven principles of thecompany’s VOXLS 30 and 40 Seriessystems while offering maximumcapability in a space-efficientfootprint, providing unparalleledvalue per voxel in the market.The VOXLS 20 C 225 offers thelargest CT scanning envelope in asystem that fits through a standarddouble door, allowing for flexibleintegration to almost any qualitycontrol laboratories and productionenvironments.The new system features Nikon’smetrology-grade platform with agranite base, rigid steel manipulatortowers, and high-accuracy encodersand motors.These engineering choicesensure the precision,repeatability, and reliabilitythat the Nikon brand is knownfor while delivering exceptionalX-ray and CT data quality.The first Nikon VOXLS 20 C225 systems are scheduled fordelivery this fall and will serveindustries includingelectronics, additivemanufacturing, aerospace,automotive, and medicaldevices.Key features include:Superior CT inspection envelope:Offers an industry-leading inspectionvolume of 555 mm (Dia) x 759 mm(H) in a compact footprint of just2,451 mm (L) x 1,173 mm (D).Dual-source configuration: Featuresa motorized dual-source setup with a225 kV reflection target and 160 kVtransmission target, allowing users tochoose the optimal source for theirapplication at the push of a button.This enables automated and fastswitchover between the reflectiontarget (for higher productivity due toincreased X-ray flux) andtransmission target (for achieving thebest possible resolution).Source Optimization: De-skills theprocess of setting up the filament foroptimal performance, simplifies thefilament change process, andprovides longer filament lifetime.Enhanced usability: Incorporatesfeatures like Filter Changer,motorized door that opens in under 4seconds, and large viewing windowfor excellent interior visibility.

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Page 32https://iiga.newsTechnology & ProductsVersatile scan capabilities: Supports Motorized FID and advanced scanmodes including Panel Shift CT, Tilted CT, and Pixel Split CT, enabling awide range of inspection techniques for diverse applications.“Our customers have been seeking a comprehensive X-ray CTsolution that combines advanced capabilities with spaceefficiency,” says Ben Morgan, Product Manager at Nikon. “TheVOXLS 20 C 225 delivers precisely that – with its industry-leadinginspection envelope, innovative features like X.Tend Helical,Scatter Correction CT, AI Reconstruction, and dual-sourceconfiguration with Rotating.Target 2.0, we’ve created what webelieve is the most capable and versatile X-ray CT system in itsclass.”Designed as a long-term investment,the VOXLS 20 C 225 is ready to adaptto the evolving needs of a high-endmanufacturing business. Whether inthe laboratory or on the productionfloor, Nikon’s new X-ray CT system isequipped with thoughtful technologyfor increased throughput and isupgradable with a range ofautomated and robotic inspectionsolutions using Nikon Automation withOPC UA Interface.More information, including a fullfeature summary, is available onNikon’s website: VOXLS 20 C 225The first Nikon VOXLS 20 C 225 systems are scheduled for delivery thisfall and will serve industries including electronics, additivemanufacturing, aerospace, automotive, and medical devices.Torque measuring flange systems KiTorq, measuringranges from 50 to 10000 Nm / 4552A4552AThe torque flange sensors of Type 4552A comewith integrated speed measurement and highresolution angle of the rotation measuring system.Main features / advantagesTorque flange sensors for high speed applications up to30000 rpmUp to 5 mm airgap between rotor and stator for easyinstallationVery high accuracy thanks to linearity error includinghysteresis of only 0.03%Rotational speed or angle measurement with up to 8192pulses per revolutionWell suited for static and dynamic measurements with acut-off frequency (-3 dB) 10 kHzAnalog and digital interfaces for maximum flexibility andeasy integration

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Page 33https://iiga.newsTechnology & ProductsThe torque flange sensors of Type 4552A come withintegrated speed measurement and high resolutionangle of the rotation measuring system. The analogand digital interfaces provide maximum flexibility andeasy integration into various test bench environments.The KiTorq system are torque measuring flange systems,consisting of the Type 4552A KiTorq Rotor torquemeasuring unit and the Type 454XB KiTorq Stator torqueevaluation unit. The rotors and stators of the KiTorqsystems can be used in any combination with each otherwithout additional calibration. Using the ordering key, theType 4552A rotor can be purchased individually or as acalibrated torque measurement chain together with aKiTorq Stator. The stator automatically detects a changein the rotor and automatically sets the requiredparameters. The torque evaluation unit supplies power tothe KiTorq Rotor and receives measurement values fromit. The evaluation unit has an integrated speed and anglemeasuring unit and provides various signal outputs,depending on type.Icon with maximum performance increaseWalter presents Solid carbide drillDrivox·tec™ Ikon DD170 SupremeWith the Drivox·tec™ Solid carbide drillDD170 Supreme, Walter AG islaunching a new "holemaking icon" onthe market. Like its "iconic"predecessor, the DC170 Supreme, thenew DD170 Supreme is also designedas a premium problem solver in steeland cast iron - but with some technicalimprovements that are currentlyunique: first and foremost the newKrato·tec™® multi-layer coating. Walterhas already successfully introducedthis in other drill families. This meansthat Walter's postulated Increase in toollife in the region of plus 50 % is entirelyreliable. The revised point geometry ofthe Solid carbide holemaking bit has anequally positive effect: A largerclearance angle on the internal sidethan on the external side and the raiseddrill point improve the Positioningaccuracy, reduce axial forces and thusincrease the drilling quality. The patented groove design has also been optimised: A flatter entrytowards the drill insert improves process stability, especially with softmaterials such as mild steel, because it minimises material sticking. Inaddition to optimising the cutting profile, Walter has also increased thenumber of flutes. With twelve grooves instead of eight, the DD170Supreme can now be regrinded more frequently, which significantlyincreases both the service life and sustainability of the Solid carbidedrill bit. According to Walter, its high process reliability in difficultapplications such as cross holes or inclined exits, the high wearprotection of the Krato·tec® coating and the excellent quality of theresults make the DD170 Supreme the new benchmark in Solid carbidedrilling. The Tübingen-based company offers the premium drill for thehighest quantities and drilling volumes (without Pilot drilling up to 12 ×Dc) with Ø 3-20 mm as well as Special tools with shorter delivery timesvia Walter Xpress.

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In order to significantlyreduce particulate matterpollution in the Eurozone'stransport sector, new carmodels are to be equippedwith low-emission brakingsystems from next year. Forthe manufacturing industry,this represents atechnological leap that couldonly be achieved thanks toinnovative materials andprocesses, new types of toolsand machines and digitalnetworking in production.This may ultimately benefiteveryone, not justenvironmental and healthprotection through fewer finedust particles in theatmosphere. The hard-coatedbrake disk favored byEuropean manufacturers isalso more effective,corrosion-resistant and laststhe life of the car. This is whyit was previously reserved forthe luxury car segment.The first production lines forthe new brake disks arecurrently being set up in theautomotive industry. In thecase of hard-coated brakedisks, this means that turnedcast brake disks areprocessed by laser depositionwelding or gas dynamic coldspray and subsequentdouble-sided surfacegrinding.Low-emission brake disk: Best practice in data-drivenproductionPage 35https://iiga.newsTechnology & ProductsWhile the first part of theprocess chain can still buildon tried-and-tested methods,laser deposition welding withthe subsequent grindingprocess differs significantlyfrom previous methods.Almost as hard as diamondModern carbides embeddedin a metal matrix, whichalmost reach the hardness ofdiamonds, are decisive forthis. The Fraunhofer Institutefor Ceramic Technologiesand Systems (IKTS) inDresden explains how theyare processed. Accordingly,the carbide metal powder ismixed using a customizedpowder nozzle system andapplied to the rotating brakedisk using a laserDecisive cost advantages result from theprocess, the powder materials used andthe low layer thicknesses that can beachieved, explains René Bischoff, Headof Development at IKTS's technologypartner C4 Laser Technology, which isalso based in Dresden. In other words, avery thin layer can be applied by laser,which is extremely hard. This savesmaterial and is considered extremelyresource-efficient. However, the finalgrinding process is a major challenge.

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Page 36https://iiga.newsTechnology & ProductsHigh demands on tools and machinesThe challenge became clear at the latest when the firstnewly coated brake disks were received by the grindingmachine manufacturers for test trials: During the firsttests, the grinding disks literally "tore apart" in themachine, it is said. This is because the previouslycompletely unknown material mix of the top layer provedto be quite unimpressed by contact with the abrasive.The good news: The brake disk did what it wassupposed to do. It developed a high braking effectwithout emitting fine dust particles."There's nothing worse than not knowing exactly whatneeds to be ground," emphasizes Mario Preis, Head ofTechnology & Corporate Development at DVSTechnology Group, Dietzenbach (Hesse). As the varioussubsidiaries of the DVS Group, which specializes insurface processing, have specialists and suitablemachine tools for each process step, this was followedby an intensive, cross-technology exchange. The aimwas to develop a common understanding of the processand to find out which combination of coating, grindingwheel and motor spindle power would work best toachieve the desired geometry and surface properties ofthe brake disks.Documentation for a safety-critical componentThe development and careful coordination along theprocess chain was not made any easier by the fact thatthere are also different variants and manufacturers ofthe new coating. In addition: "Even in the early stages ofdevelopment, our customers wanted everythingdocumented," reports Mario Preis. After all, the brakedisk is a safety-critical component for occupant andpersonal protection, which is subject to high qualitystandards. What's more, every vehicle manufacturer follows itsown philosophy and has clear ideas about how thebrake disk should look and how the vehicle shouldfeel when braking. Preis is convinced that withoutdigitalized process chains, it will hardly be possibleto implement individual product specifications andchanges as well as the constantly increasingdocumentation requirements economically. This isparticularly true with regard to the EU CSRD(Corporate Sustainability Reporting Directive) oncomprehensive sustainability reporting.More flexibility thanks to digital networking"Machine manufacturers are ahead of the game whenit comes to digitalization," says Irina Eisele, Lead IoTProduct Development at the Emag Group, a machinetool manufacturer based in Salach (Baden-Württemberg). Many machine tools are alreadyequipped with extensive sensor and monitoringsystems ex works. At the most recent grindingconference in Stuttgart-Fellbach, Eisele spoke aboutdigital networking along the process chain using theexample of hard-coated brake disks.

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Page 37https://iiga.newsTechnology & ProductsThe IoT (Internet of Things) specialist presented aholistic approach to workpiece-related recording andarchiving of process data from various production stepsand technologies. Whether production parameters suchas laser power and powder feed rate, sensor data suchas layer thicknesses and component geometry orprocess data such as grinding machine wear perworkpiece - "Data forms the basis for being able tooptimize tools and process parameters in a targetedmanner," says Eisele.Machine manufacturers support customers withhardware and software for data transfer anddocumentation. With the help of an industrial PC,machine controls and sensors are connected to thecompany network via suitable interfaces. The softwarecollects the data, assigns it and analyzes it. Workpiece-specific data can be recorded or visualized fordocumentation purposes, for example to compare goodand bad parts. "The clear added value for the userresults from transparency," emphasizes Irina Eisele. Thesystem view facilitates quality assurance andtraceability. This is an invaluable advantage, especiallyfor safety-critical components such as brake disks,where the processing history must be meticulouslydocumented.AI and Digitalization Area at EMO HanoverThe immense advantages of digital process chainsinspire machine manufacturers and scientificinstitutes alike. This will also be reflected at EMOHanover, the world's leading trade fair forproduction technology, which the VDW (GermanMachine Tool Builders' Association) is organizing inthe capital of Lower Saxony from 22 to 26September. Companies will present best practiceexamples in a separate AI + Digitalization Area. Thespectrum ranges from smart production, Industry4.0 and machine learning to the Internet of Things(IoT) and AI applications."We should rely more on data," demands IrinaEisele. Digitization simply makes it easier tounderstand which adjusting screws work and how.Users could react more quickly to product changesand new market requirements. In the case of thehard-coated brake disk, this should also proveparticularly useful in the future. It is not only atEmag that brake disks for trucks and rail vehiclesare next on the agenda. After all, nobody wants tostand in a fog of brake particles in train stations.

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The International Conference onPrecision Instruments,Measurement Control, andMechanical Engineering(ICPIMCME 2025) is scheduledto be held in Shanghai, China.The conference will focus onthe latest research areas ofprecision instruments,measurement control, andmechanical engineering, aimingto provide a platform forexperts, scholars, engineeringtechnicians, and technical R&Dpersonnel engaged in precisioninstrument, measurementcontrol, and mechanicalengineering research to sharescientific researchachievements and cutting-edgetechnologies, understandacademic development trends,broaden research ideas,strengthen academic researchand exploration, and promotecooperation in theindustrialization of academicachievements.As a platform for globalacademic communication, thequality of conferencepublication has always anaspect attracting much of ourattention. To ensure quality ofour publication and to betterserve the peers in academiccircle, we now call for reviewersamong professionals andexperts of the world.The International Conference on Precision Instruments,Measurement Control, and Mechanical Engineering(ICPIMCME 2025)Page 39https://iiga.newsGreat OpportunityAbout Plagiarism CheckCrosscheck Powered byiThenticate will be usedfor plagiarism check. Theamount of duplicationfrom previously publishedcontent should be lessthan 10%; If the amountof duplication is 10% -20%, modification mayberequired; if the amount ofduplication exceeds 20%,the article will berejected. Please note thatthere will be no refund forno-shows.Submission GuidelineDelegates are encouraged to submit theirpapers/abstracts to the conference. Goodquality papers will be selected by theorganizing committee and Prof. SoterisKalogirou, the editor in chief. After it, theauthors will be invited to extent theirpapers/abstracts and submit them toei_icamms@126.com. The normal size ofresearch papers is 4,000-6,000 wordsexcluding abstract and references.Please kindly specify the subject of yoursubmission as ICPIMCME 2025 + along withthe name of the corresponding author,failing which we regret to inform you thatyour submission cannot be confirmed.Call for Reviewers: Please send us your CV byemail (ei_icamms@126.com )if you are interested in it.

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The 1st ASEAN Skills Competition took place was hosted by Malaysia inAugust 1995, the first edition of the WorldSkills ASEAN Competition. Whatstarted with four countries and six skill areas in 1995 has grown to include 10countries in more than 25 skill areas. Since then, member countries take turnsin hosting this biennial competition.Now in its 14th year, the WorldSkills ASEAN Competition, dubbed asWorldSkills ASEAN Manila 2025 (WSASEAN2025), will be hosted by thePhilippines for the second time since 1996. Close to 300 participants from theten (10) ASEAN Member States (Brunei Darussalam, Cambodia, Indonesia,Lao PDR, Malaysia, Myanmar, Philippines, Singapore, Thailand, and Vietnam)plus Timor-Leste — will compete in thirty-two (32) skill areas ranging fromtechnology to hospitality in six different sectors.The 14th WorldSkills ASEANCompetition is happening onAugust 26 to 28, 2025 at theWorld Trade Center MetroManila.The Opening Ceremony will beon August 25, 2025 at theMarriott Grand Ballroom and theClosing Ceremony on August 30,2025 at the SMX ConventionCenter Manila. Both of which arealso located within Pasay City,Metro Manila.WorldSkills ASEANManila 2025Page 40https://iiga.newsNow in its 14th year, theWorldSkills ASEAN Competitionwill be hosted by the Philippinesfor the second time. TheWorldSkills ASEAN Competitionbrings together top youth talentsfrom the ASEAN membercountries to showcase theirtechnical and vocational skills.WorldSkills ASEAN is the largestshowcase of professional andtechnical skills in the ASEAN(The Association of SoutheastAsian Nations) region and bringsthe objectives of the WorldSkillsmovement to Southeast Asia.The skills competition wasinitiated by an agreement amongASEAN member countries in1993 and aims to promote andraise skills standards in theASEAN region to an internationallevel, as well as to motivateyouths to develop their skills andknowledge.Great Opportunity

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The name TeePee stands for“Techno-Pinoy.” TeePee is a robotsymbolizing Team Philippines’ drivetowards emerging globaltechnologies.TeePee embodies the Philippinecolors: Blue for the pursuit of idealsand peace, Red for patriotism andvalor, and White for liberty andequality; the Yellow Sun at thecenter of the chest that glowsrepresents the enduring spirit of lifewith unity and democracy.Notably, the mark of the sun on itslateral lower legs signifies a newbeginning and hope for thePhilippines’ future progress. Bothlower arms are engraved with theoriginal Sulat Tagalog, or Baybayinalphabet, of TESDA, as thetransformative leader in TechnicalEducation and Skills Development inthe country.Page 41https://iiga.newsTeePee – the Official Mascot forWorldSkills ASEAN Manila 2025Student Research CompetitionThe ACM Student Research Competition (SRC) offers a uniqueopportunity for undergraduate and graduate students to present theirresearch to a panel of judges and conference attendees at SPLASH.The SRC provides visibility and exposes up-and-coming researchers tocomputer science research and the research community. Thiscompetition also gives students an opportunity to discuss theirresearch with experts in their field, get feedback, and sharpen theircommunication and networking skills.To participate in the competition, a student must submit a 2-pagedescription of their original research project. The submitted projectdescriptions are peer-reviewed. Each student whose description isselected by a panel of reviewers is invited to attend the SRCcompetition at SPLASH and present their work.Winners of the SPLASH competition are invited to participate in theACM Student Research Competition Grand Finals. Submit your workand take part in the ACM Student Research Competition at SPLASH2025!Submission deadline: Tuesday, 8 July 2025Great Opportunity

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About the competitionThe International Research Competition(IRC) is an epitome of the organization’scommitment to knowledge and research.True to its mission, IIARI upholds the valueof research and education for intellectualgrowth and development. IRC aims tonurture research culture among thestudents in various education levels.IRC is an international competition open toall student-researchers across the globe. Itbrings forth a venue for the high school,undergraduate and graduate students todisplay their research writing prowess.Page 42https://iiga.newsFostering research culture amongstudents around the world.IRC brings forth a venue for the highschool, undergraduate and graduatestudents to display their research writingprowess.Call a ParticipantsIn order to participate in the SRC, youmust:Have graduate or undergraduatestudent status (i.e., be enrolled in auniversity or college) at the time ofsubmission.Be a current ACM studentmember.Each submission can be submittedto only one SRC track at this year’sSPLASH co-located conferences(either SPLASH 2025 SRC or ICFP2025 SRC).If selected, register for theconference and attend.Submission GuidelinesA submitted research abstract must not exceed 2 pages,including all text, appendices, and figures. Additional pagesare permitted only for references (and no other text). Thesubmission must be written in English and must be submittedas a PDF file that follows the ACM SIGPLAN acmart style. Seehttp://www.sigplan.org/Resources/Author/. Please use theprovided double-column LaTeX or Word templates.You must submit your SRC research abstract electronicallyvia https://splash2025src.hotcrp.com/ by Mon 07 Jul 202523:59 AoE.Institute of Industry and Academic Research IncorporatedGreat Opportunity

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HOW WINNER IS DETERMINED?1.FIRST ROUNDThe chair and co-chair vote to "ACCEPT" or "REJECT" eachsubmission in the three categories. After the votes are casted,they will be tallied to determine any split decision. A thirdevaluator will be called to make the final decision on the splitdecision. The final number of second round qualifiers will beannounced. Only the qualifiers will be sent notice ofacceptance via email.2. SECOND ROUNDThe qualifiers will be given sufficient time to complete theirpaper and submit the full paper in proper format in order toregister for the competition. Any qualifier who complied withall the requirements (full paper, proof of enrolment/graduation,registration fee, complete registration form) will be the secondround finalists. The anonymous full papers will be evaluatedby a separate panel comprising 60% of the total scores. Eachcategory has different set of two evaluators. At the end ofround two, maximum ten papers enter the final round.3. FINAL ROUNDThe finalists will be called for a virtual panel interviewcomprising 40% of the total scores. The panel evaluates theknowledge of the author about the topic not the Englishlanguage proficiency. The scores of the finalists from thesecond round (evaluation of the full paper) and the final round(panel interview) will be totalled to determine the winner. Thecompetition uses ranking method in the calculation of results.Page 43https://iiga.newsPrizes and awardsOne winner will be announced percategory who will receive the followingprizes:Category 1. USD100 (P5000),Certificate and PlaqueCategory 2. USD150 (P7500),Certificate and PlaqueCategory 3. USD200 (P10000),Certificate and PlaqueThe second and third placers in eachcategory receive certificate and medal.The winning advisor/mentor also receivescertificate. The non-winners receive e-certificate of recognition.Great Opportunity

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Shaping the future of construction with creativity andinnovationMunich – ALLPLAN, a leading provider of BIM solutions for theAEC industry, invites students worldwide to participate in theALLPLAN Student Contest 2025. This competition providesyoung talent with the opportunity to showcase their skills andcontribute innovative ideas for the built environment of thefuture."With the ALLPLAN Student Contest 2025, we are empoweringthe next generation of architects and engineers to shape thefuture of construction through digital innovation. This competitionchallenges students to push creative and technical boundarieswhile gaining hands-on experience with industry-leading BIMtechnology—preparing them for a digital-first future," says KarinSchmidt, Global Head of ALLPLAN Campus.ALLPLAN 2025: International Student Design CompetitionPage 44https://iiga.newsCompetition detailsThe ALLPLAN Student Contestchallenges students to develop avisionary architectural or engineeringproject using ALLPLAN, SCIA, FRILO orSDS2 between 15 April and 15 September2025. The focus is on innovativeconcepts, sustainable solutions, andcompelling visual presentations.Participation is open to students from awide range of disciplines, includingarchitecture, engineering, urban planning,and infrastructure. How to participateStudents can register individually or inteams and submit their projects in one ofthe competition’s categories. A renownedjury of industry experts will evaluate theentries based on creativity, technicalexecution, and real-world applicability.Prizes and recognitionWinners will receive exciting prizes:1st place: €1,0002nd place: €7503rd to 5th place: €500 each Register now!Registration is now open! Visit ALLPLANSTUDENT CONTEST for full details. Don’tmiss your chance to gain recognition andshowcase your talent on an internationalstage.With this competition, ALLPLAN continues itsstrong commitment to fostering young talentin the construction industry.ALLPLAN launches an international Student’s Competition todemonstrate their skillsGreat Opportunity

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3D Systems is unveiling several new solutions designed tochange the way industries innovate. At RAPID+TCT 2025,the Company will showcase its Figure 4® 135 3D printer andFigure 4 Tough 75C FR Black material that form thefoundation of its cost-effective additive manufacturingsolution for precision, high mix, low volume applications suchas motorsports components, furniture hardware, andelectrical connectors. Additionally, 3D Systems will debut itsfirst-to-market new module for its EXT Titan Pellet printerswhich delivers greatly improved process efficiency for abreadth of applications that require machining during post-processing. Furthermore, bolstering its pioneering work ininvestment casting, 3D Systems is announcing availability ofthe QuickCast® Diamond build style, available in 3D Systems’3D Sprint® software, to be used with its PSLA 270 projector-based technology, accelerating time to part-in-hand. TheCompany’s continued investment in R&D enables this diversesuite of new technologies and reinforces its dedication toempowering its customers to achieve transformative results. High Throughput, Precision Manufacturing Solution forPlastics PartsThe increasing need for specialized industrial componentsand the adoption of flexible manufacturing technologies aredriving the growth of high mix, low volume (HMLV)production. Traditional manufacturing methods, whileeffective for high volume production, face significantchallenges when applied to HMLV manufacturing such ashigh costs and long lead times. 3D Systems Transforming Manufacturing withApplication-specific Solutions at RAPID+TCT 2025Page 46https://iiga.newsSuccess StoryTo address HMLV manufacturing needs, 3DSystems is introducing the Figure 4 135. Blendingadvanced material development with the powerof its projector-based technology, this 3D printerprovides the necessary agility and flexibility toefficiently meet the diverse and fluctuatingdemands of such manufacturing environments.By applying this solution, manufacturers caneliminate tooling and inventory management andreduce costs by multiple orders of magnitude.With extremely high out-of-the-box precision andvery high stability, the Figure 4 135 solution isideal for manufacturing industries where aprocess capability index (CpK) of at least 1.33 orabove (depending on part geometry and featuresize) is required for critical processes. The Figure 4 135 is a high-speed, high precision,scalable 3D printing solution designed to supplementor replace injection mold tooling in plasticmanufacturing processes.High temperature applications,including those that require a UL94V0 flame-retardancy rating like thiswire harness clip are ideally suitedfor the Figure 4 High Temperature150C FR Black resin.

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The Figure 4 135 significantly exceedsthese standards making it highly reliablefor precision applications where amanufacturer is replacing orsupplementing injection mold toolingincluding furniture components such ascustom assemblies that require specialdesign considerations for low volumefurniture production, medicalcomponents requiring biocompatiblematerial and precision, and low volumeconsumer electronics requiring accuracyand repeatability.Electrical connectors are another greatexample of traditionally manufacturedplastic parts using injection moldingwhich requires tooling and long leadtimes. Conversely, additivemanufacturing enables direct 3D-printedproduction-grade precision connectorswith high fidelity, high thermal stressresistance, and cost-efficiency at highvolumes. When applying the Figure 4 135solution to this application, manufacturerscan potentially save millions of dollarswhen designing and manufacturinghundreds to thousands of connectorSKUs per year. Page 47https://iiga.newsSuccess StoryAs part of this particular solution, 3D Systems is introducing Figure4 Tough 75C FR Black. This tough, flame-retardant material isrecognized by UL with a UL94 V0 rating at thin wall thickness (i.e.,0.4mm) and a Relative Thermal Index (RTI) for long-term electricalof 150°C and mechanical use of 130°C. This makes it ideally suitedfor applications such as appliances, consumer electronics andautomotive that require accuracy, heat resistance, durability,flexibility, and electrical safety.The Figure 4 135 solution — both the printer and material — isavailable for immediate ordering.Novel Solution Drives Significant Improvements in ProcessEfficiency3D Systems’ EXT Titan Pellet systems are proven for productionapplications including patterns, molds, tooling, jigs, fixtures, end-useparts, and full-scale prototypes for industries such as foundry,automotive, aerospace and defense, and consumer products.Today, the Company announces a new module that is patent-pending scanning technology available for 3D Systems’ EXT 1070Titan Pellet and EXT 1270 Titan Pellet printers which deliversgreatly improved process efficiency for users.Part Solidity Optimization: This new module optimizes theextrusion flow rate in real time, reducing the opportunity forvoids to form. The improved solidity reduces post-processingtime in machined printed parts by up to 50%.Print Bed Mapping: Print bed leveling can be a critical step toavoid print failure when printing large format parts. This modulescans the print bed in under 60 seconds and provides a numericheight map from which operators can determine if leveling isnecessary and make precise adjustments where needed. Thiscan reduce time spent on a single leveling operation by up to60% as compared to the previous method of mapping andleveling. For manufacturers who run their printers in productionenvironments, this capability can greatly reduce the amount ofmanual intervention required, thus mitigating potential risk oferror. This new module will be standard on new EXT Titan Pellet systemsequipped with the optional milling spindle toolhead and thehardware can be field installed on existing machines, integratingseamlessly with EXT Titan control software. The module is plannedto be available in the third quarter of 2025.This momentary socket connector wasprinted using Figure 4 Tough 75C FR Blackwhich can uniquely print feature thicknessesof 0.4mm and achieve flammability and RTIratings.

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Produce Investment Casting PatternsFaster, with Higher Yield and Lower CostInvestment casting, a technique integral tothe manufacturing of complex, high-reliabilitycomponents such as aircraft turbine blades,involves pouring molten metal into ceramicmolds formed from sacrificial patterns.However, traditional pattern creation is alengthy and expensive process, often takingweeks and costing tens of thousands ofdollars. In the mid-1990s, 3D Systemsrevolutionized casting pattern productionwith QuickCast®, a 3D printing innovation thatset the industry standard for high-precisionpatterns, driving efficiency and cost reductionfor manufacturers. Page 48https://iiga.newsSuccess StoryThe QuickCast Diamond build style is immediately available for3D Systems’ PSLA 270.The PSLA 270 with 3D Sprint's QuickCastDiamond build style and Figure 4 EGGSHELL-AMB10 accelerates the turnaround time of the masterpattern for this motorsports part.Today, the Company is enhancing theperformance of QuickCast, making theQuickCast Diamond build style available with3D Systems’ PSLA 270. This projector-basedStereolithography (SLA) printer combineshigh-speed production with exceptional partquality and mechanical stability, rapidlydelivering accurate mid-size components. Itmerges the precision of traditional SLA withthe speed and material versatility of Figure 4technology. “Innovation is in our DNA,” said Dr. Jeffrey Graves,president & CEO, 3D Systems. “Our historic R&D surge in2024 yielded dozens of polymer and metal products, alldriven by a rising demand to address an increasingnumber of applications using additive manufacturing.Now, we're commercializing these advancements, suchas the Figure 4 135, which dramatically reduces costsand boosts throughput for many high-mix, low-volumeapplications. These new product introductionsunderscore our unwavering commitment to deliveringapplication-specific solutions that address ourcustomers’ rapidly evolving needs. I’m looking forwardto seeing the positive impact that these newestadditions to our portfolio will have on our customers’businesses.”Transforming Manufacturing for a Better Future atRAPID+TCT 20253D Systems will showcase these innovations alongside its fullapplication-centric solution portfolio in its booth (#3201) atRAPID+TCT 2025 to be held April 8-10 in Detroit, Michigan.Conference participants are also invited to hear from 3DSystems’ executives, application experts, and customers in thefollowing sessions:Dr. Jeffrey Graves, president & CEO, 3D Systems will bejoined by Patrick Treacy, founder & CEO, Onkos Surgical –Executive Perspectives Keynote Series, April 9, 8:30 a.m.EDT, Main StageDr. Michael Shepard, vice president, aerospace & defense,3D Systems & Kevin Finn, engineering manager, NewportNews Shipbuilding - Investigating Feasibility of Producing aNickel Copper Alloy Using Laser Powder Bed Fusion, April9, 10:30 a.m. EDTFor more information or to schedule a meeting with one of theCompany’s application experts, please visit the Company’swebsite.

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The metalworking industry is entering atransformative phase where the fusion ofartificial intelligence (AI) and advanced CNC(Computer Numerical Control) technology isredefining what’s possible in manufacturingprecision, efficiency, and adaptability. Asindustries strive to meet increasingly stringenttolerances and complex specifications, a quietbut profound transformation is underway. At itscore lies the synergistic convergence ofArtificial Intelligence (AI) and ComputerNumerical Control (CNC) which is a fusion thatis fundamentally reshaping the philosophy,process, and practice of metalworking. This isnot merely an evolution of tools, but the adventof intelligent manufacturing ecosystemscapable of autonomous adaptation, real-timedecision-making, and continuous self-optimization.The New Era of Accuracy: How AI and CNC InnovationAre Redefining Control in MetalworkingPage 50https://iiga.newsFeature StoryFrom Fixed Programming to Adaptive IntelligenceTraditional CNC systems revolutionized production throughautomation and repeatability. Yet, they have long operatedwithin predefined parameters that is dependent on staticprogramming, operator experience, and reactive maintenanceprotocols.The introduction of AI into CNC frameworks has upended thismodel. Today’s smart machining systems leverage machinelearning, real-time data streams, and sensor fusion tointerpret contextual variables mid-process. These include toolwear, thermal expansion, vibration signatures, and materialinconsistencies and all of which were previously addressedpost-process or, at best, with rudimentary compensationtechniques. With AI, CNC machines no longer executeinstructions blindly. They now perceive, predict, and act,achieving levels of control and responsiveness once thoughtimpossible in conventional manufacturing.

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Perhaps the most transformative shifthas come from integratingmeasurement directly into themachining process. Once confined toquality control labs and final inspectionstations, metrology has now becomeintrinsic to the act of fabrication.Advanced systems which includinglaser interferometry, in-processprobing, and optical scanning thatcontinuously assess dimensionalintegrity in real-time. This feedbackinforms the CNC’s control logic,triggering instantaneous correctionswithout interrupting the productioncycle.The result is a closed-loopsystem where deviations are not merelydetected but preemptively resolved.Tolerances can now be maintained atthe sub-micron level, with fewer rejects,shorter lead times, and vastly improvedprocess capability.Page 51https://iiga.newsFeature StoryThe implications of this AI-CNCparadigm are particularlyprofound in sectors whereprecision is non-negotiable.In aerospace, wherestructural integrity andaerodynamic efficiency arecritical, adaptive machiningensures consistentgeometries under demandingtolerances.In medical devicemanufacturing, where bio-compatibility and repeatabilityare paramount, smartsystems deliver intricate,patient-specific componentswith exceptional accuracy.In automotive and energysectors, where lightweightperformance materials andcomplex geometries areincreasingly the norm, AI-driven CNC solutions enablescalable precision withpredictive reliability.This technological convergenceis not just improving performancemetrics but it is redefining designfreedom, operational agility, andproduct innovation across themanufacturing spectrum.Contrary to the narrative ofautomation replacing theworkforce, this new era positionsskilled professionals at the helmof intelligent systems.Machinists, engineers, andprogrammers are shifting fromrepetitive tasks to high-valueroles — orchestrating digitalworkflows, interpreting machineinsights, and refining operationalstrategies. The human-machinerelationship is evolving into atrue collaboration — one wheredata literacy, systems thinking,and domain expertise coalesceto drive competitive advantage.The Future: Predictive,Autonomous, IntelligentLooking ahead, the trajectorypoints toward fully autonomousmachining environments thatleverage AI not only for reactivecontrol but for proactiveoptimization.

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Future systems will:Simulate outcomes before cutting beginsSuggest design-for-manufacturingchanges based on historical dataPredict maintenance needs before failuresoccurSelf-calibrate for material variations orenvironmental changesThese are no longer theoretical aspirations.Pilot implementations in advancedmanufacturing labs and forward-lookingproduction floors are already validating thesecapabilities that is laying the groundwork fornext-generation factories defined by self-learning systems and data-driven precision.The integration of AI with CNC technologiesmarks a fundamental shift in how we defineand pursue precision. No longer confined tohardware specifications or manual expertise,accuracy is now dynamic, context-aware,and algorithmically enforced. Thisconvergence heralds not just a technologicalbreakthrough, but a new philosophy ofmanufacturing that one where every cut isintelligent, every measurement ismeaningful, and every outcome is optimized. Page 53https://iiga.newsFeature StoryPrecision, long revered for its role in product quality andperformance, has taken on a new dimension: sustainability.Through the integration of advanced measurement andcontrol systems, manufacturers are not only enhancing theaccuracy of their operations but simultaneously minimizingwaste, energy consumption, and material inefficiency. Theresult is a compelling new paradigm — sustainable precisionwhere high-performance manufacturing aligns withenvironmental stewardship. Traditionally, sustainability inmanufacturing was treated as a downstream concern —handled through waste management, recycling, or emissionscontrol after production. Today, this mindset has evolved.Precision, particularly in the early stages of metalworking, isnow recognized as a proactive force in reducingenvironmental impact.Accurate cutting, forming, and assembly processes directlytranslate into less rework, fewer defective parts, and optimaluse of raw materials. The key enablers of this shift aremodern in-process measurement technologies and closed-loop control systems, which bring real-time feedback andadaptive control into every phase of production.Sustainable Precision: HowMeasurement and ControlSystems Are OptimizingResource Use in MetalManufacturing

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Real-Time Measurement: The New StandardModern metrology is no longer confined to laboratories.On-machine probing, laser scanning, and non-contactsensors are now embedded into CNC systems andfabrication lines, providing instantaneous feedback ontolerances, material deformation, and tool wear. Thisreal-time insight allows machines to self-correct or notifyoperators before defects occur, significantly reducingscrap rates and energy wastage. For example, precisionmeasurement during forging can prevent excessivematerial use, while accurate bending or cutting ensuresthat parts meet specifications the first time without theneed for rework.Closed-loop control systems take sustainability a stepfurther by linking measurement with action. Thesesystems monitor variables such as machine temperature,vibration, speed, and load, then dynamically adjustmachining parameters to maintain optimal performanceand efficiency. In a high-energy process like CNC millingor laser cutting, even minor improvements in accuracycan translate into significant resource savings. Reducedcycle times, optimized tool paths, and better thermalmanagement all contribute to lower energyconsumption and extended tool life. Moreover, adaptivesystems help manufacturers make smarter use of lower-grade or recycled metals by compensating for materialvariability opening doors to circular production modelswithout compromising product integrity.Page 53https://iiga.newsFeature StoryEmerging technologies like digital twins and AI-based predictive control are pushing sustainabilityeven further. By simulating machining outcomes andmaterial behavior before actual production,manufacturers can plan operations with greaterprecision, reducing trial-and-error runs, wastedmaterial, and energy-intensive adjustments. Digitaltwins also enable lifecycle analysis at the designstage, helping engineers select more sustainablematerials, optimize part geometry for minimal waste,and plan machining strategies that reduceenvironmental impact throughout the product’s life.Sustainable precision also redefines the role of theworkforce. Engineers and operators are increasinglytrained to interpret data, fine-tune systems, andmanage digital workflows creating a culture whereenvironmental consciousness is embedded intechnical decision-making. From reducing noisepollution and coolant use to minimizing hazardouswaste, every aspect of the process is becomingsmarter and cleaner.The intersection of precision and sustainability marksa defining shift in metal manufacturing. It proves thatenvironmental responsibility and technical excellenceare not opposing goals, but mutually reinforcingstrategies. Through the deployment of advancedmeasurement and control systems, manufacturersare forging a future where resource efficiency,product quality, and environmental integrity gohand in hand. Sustainable precision isn’t just a trend.it’s the foundation of a more resilient, responsible,and forward-looking manufacturing industry.

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Mr. Liher Urbizu is the President andManaging Director of SAP SoutheastAsia, where he leads the company’sstrategy, operations, and customersuccess across seven dynamic markets:Singapore, Malaysia, Indonesia, thePhilippines, Vietnam, Thailand, andIndochina.With over 25 years of experience in theSAP ecosystem, Mr. Urbizu has held avariety of key leadership roles across theAsia Pacific region. He has beeninstrumental in driving large-scale digitaltransformation initiatives andaccelerating cloud growth for enterprisesacross industries.A strong advocate of inclusiveleadership, Mr. Urbizu is passionateabout empowering high-performingteams to innovate, scale, and lead withpurpose in today’s data- and AI-driveneconomy. His leadership philosophycenters on collaboration, customer-centricity, and building a sustainabledigital future for the region.Mr. Liher UrbizuPage 55https://iiga.news22 Minutes1. SAP is pushing boundaries withgenerative AI and business automation.How is SEA positioned to adopt andscale these technologies under yourleadership?SAP's vision is to improve people's livesand help the world run better. Yet mostpeople don’t realize the impact that anenterprise software company like SAPhas on our everyday lives. Softwaresolutions that support resource planning,supply chain optimization, and humancapital management may on the surfacesound a little dry, but the scale andimpact of what we do often surprisespeople.We are the backbone of thebusiness operations for 98out of 100 top companies inthe world, and for manysmaller companies as well(approximately 80% of ourcustomers are SMEs).84 percent of globalcommerce is generated bySAP customers. Theworld’s ten largest coffeebrands use SAP softwareto get that cup of coffee onyour desk to you. 9 out of10 of the world’s largesthotel groups run on SAPsoftware. Banks, fashion retailers,watchmakers, Formula 1race teams – all runningsmoothly supported bySAP. The rise of AI makes our work evenmore important. As massive volumesof data continue to fuel innovationslike machine learning and predictiveanalytics, SAP is investing in thesecapabilities to help organizationsacross Southeast Asia stay agile andcompetitive. By embedding Business AI within oursoftware suite – from supply chainoptimization to human capitalmanagement – we empowerbusinesses to make faster, morereliable decisions, reduce waste, andcreate transformative customerexperiences.

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Southeast Asia is one of the most excitingregions in the world right now when it comes todigital transformation and AI adoption. Today,43% of Asian employees are using Gen AI forwork. Across SAP, 34,000 customers alreadyuse our Business AI offering and here inSoutheast Asia we have some of the highest AIadoption across SAP globally, with many of ourcustomers actively utilizing our AI capabilitieswithin their organizations.My role, as the new President and ManagingDirector of SAP Southeast Asia, is to helporganizations in this region realize their businessambitions, supported by the full power of SAPapplications, data and AI. Tailoring our tools totheir unique business challenges, and ultimatelyhelping them to grow their business and becomemore efficient, resilient, and sustainable. Page 56https://iiga.news22 MinutesOur vision is clear: AI should help people do their jobs better,not add more complexity. So instead of being a separate tool,we are embedding AI directly into the workflows ourcustomers already use.Take finance, for instance. Instead of processing invoices orreconciling reports manually, AI can point out anomalies,suggest actions, or even automate recurring manual tasks. Insupply chain, AI can anticipate disruptions and help teamsrespond before issues escalate and in customer experience,AI helps personalise interactions at scale, so businesses canserve millions with the care of a one-on-one conversation.2. What’s your vision for embedding AI intoSAP’s cloud offerings—especially in business-critical areas like finance, supply chain, andcustomer experience?Joule, our AI copilot, is grounded in a company’s businessdata and its collaborative AI agents work to support everybusiness function, solving complex challenges and drivingproductivity. It understands context while working in naturallanguage, and helps people get to insights without togglingbetween different interfaces. This is the kind of AI we believein: relevant, reliable, and responsible.Last month, at our annual flagship conference SAP Sapphire,we announced even more advanced capabilities andintegration of Joule across work environments. Instead ofpassively waiting for prompts, we’ve updated Joule to behavemore like a proactive assistant that can learn from yourbehaviour and autonomously perform your tasks before youneed to ask.

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3. What industries in SEA (like banking, manufacturing,retail) are leading in digital transformation with SAP?Every organization is unique, and so are the challengesand opportunities that exist for them when it comes todigital transformation. A real strength of SAP is that wehave expertise across 26 industries.Take, for example, the industries of Manufacturing andfinancial services. In manufacturing, we are seeinginnovation in areas like predictive maintenance andintelligent production planning. Singaporean precisionplastics manufacturer Sunningdale Tech, for instance, isexploring how it can use SAP Business AI to betteridentify manufacturing defects, thereby reducing wasteand improving production quality. The company is alsolooking at AI to better predict sales and demand, so itcan optimise the use of machines and equipment.In financial services, the pressure to be agile andcompliant has accelerated digital transformation – notjust in product development or lines of business, but alsoin corporate functions. Bank Danamon, one ofIndonesia’s leading banks with over 8,000 employees,has been using SAP Business AI to enhance its humancapital operations, improving employee engagement,talent management, and more.Retail and consumer sectors are also gaining momentum.With the rise of e-commerce and omnichannelexperiences, businesses like BIG Caring Group areturning to us for solutions that connect demandforecasting, inventory, and customer engagement intoone system. What is exciting is that this innovation is notjust limited to large corporates; we are seeing regionalbrands leading with digital-first strategies.Page 57https://iiga.news22 Minutes4. You’ve just been appointed as President andManaging Director for SAP Southeast Asia Whatare your immediate priorities as the new Presidentand Managing Director for SAP Southeast Asia?First and foremost, my focus is on staying close toour customers to understand their challenges andaspirations. Only then can we figure out how we canhelp them transform at scale, deliver sustainablegrowth, and lead with confidence into the future. Intoday’s environment, companies are navigating rapidchange. Geopolitical shifts which potentially lead tosupply chain uncertainty, and rising sustainabilitydemands are two major examples. We want to betheir strategic partner that helps them stay ahead.That means driving AI and cloud adoption in a waythat is practical and aligned with their businessgoals. We are also doubling down on support forSMEs, which make up the backbone of SoutheastAsia’s economy. Many of them are digitally ready butthey need the right tools and partners to take thenext step of growth.Internally, I am focused on building a high-performing, diverse team that reflects the energyand cultural richness of this region. Talent is key; weneed people who can think globally but act locally,who understand the nuances of each market andcan bring the best of SAP to our customers.

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5. How does SAP plan to support both largeenterprises and SMEs in achieving sustainabledigital growth?We take a very customer-centric approach.Large enterprises and SMEs have differentneeds with the same goals - they both needtechnology that is easy to use and scales withtheir growth.For SMEs, the focus is on simplicity and cost-effectiveness: getting them up and runningquickly with preconfigured solutions that addresstheir top priorities such as cash flow, compliance,inventory, and customer management. OurGROW with SAP solutions are designedspecifically to meet these challenges with a suiteof integrated tools and expert guidance andsupport, including Business AI that’s embeddedand easy to use from day one.Large enterprises seek intelligence andresilience. These organisations operate acrossborders and need to manage risk, sustainability,and innovation all at once. Our AI-powered cloudsolutions give them visibility and agility, fromfinance to supply chain operations.What ties it all together is our ecosystem ofpartners and the ability to localise. Whether anorganisation is in Jakarta, Bangkok, or Manila,our goal is to help every customer move towardsgrowth with confidence.Page 58https://iiga.news22 Minutes6. With AI adoption accelerating in SEA, what safeguardsor ethical considerations is SAP focusing on to ensureresponsible innovation?AI is moving fast, and that brings both opportunities andresponsibilities. At SAP, we believe the only way to moveforward is by building trust into every step of the innovationprocess. That means we do not treat ethics as anafterthought; it is something we incorporate from theground up.For years, we’ve been working with leading ethics expertsas part of SAP's AI Ethics Advisory Panel to explore theimplications of deploying AI in the enterprise. We were alsoone of the first companies to define guiding principles forusing AI in our software in 2018 and continue to be a leaderin responsible AI. SAP Business AI abides by the highestindustry standards on responsible AI, and the AI in ourapplications is transparent so customers understand how itmakes inferences, builds recommendations and respectsthe privacy of sensitive data.We follow a clear and practical set of principles:transparency, fairness, data protection, and humanoversight. They are part of how we design and test our AItechnologies, and how we deliver them to customers. Forexample, our internal governance includes cross-functionalteams and advisory panels that actively review how AI isbeing used across SAP solutions.One of our key beliefs is that AI should always supporthuman decision-making instead of replacing it. That is thereason why we focus on building systems that areunderstandable and explainable so people can trust andtake ownership of the outcomes.In Southeast Asia, the picture is nuanced. Differentcountries are moving at different speeds when it comes toregulation, so we take a proactive approach. We workclosely with governments, universities, and industrypartners to support the development of responsiblepolicies.

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E V E N T C A L E N D A RJulyR E T H I N K ! S M A R TM A N U F A C T U R I N G D / A / C H2 0 2 5M A R I T I M P R O A R T E H O T E LB E R L I N , B E R L I N , G E R M A N Y2 9 J U N E - 0 1 J U L Y 2 0 2 5C H I N A B E I J I N GI N T E R N A T I O N A L I N F R A R E DT E C H N O L O G Y A N DE Q U I P M E N T E X H I B I T I O N2 0 2 5C H I N A N A T I O N A LC O N V E N T I O N C E N T E R ,B E I J I N G , C H I N A3 0 J U N E - 0 2 J U L Y 2 0 2 5A S I A ' S A U T O M O T I V EL I G H T W E I G H T T R A D E F A I R2 0 2 5S H A N G H A I N E WI N T E R N A T I O N A L E X P OC E N T R E ( S N I E C ) ,S H A N G H A I , C H I N A0 9 - 1 1 J U L Y 2 0 2 5M E D I C A L D E V I C ED E V E L O P M E N T E X P O 2 0 2 5T O K Y O B I G S I G H T , K Y O T O ,J A P A N0 9 - 1 1 J U L Y 2 0 2 5D E S I G N E N G I N E E R I N G &M A N U F A C T U R I N GS O L U T I O N S E X P O 2 0 2 5T O K Y O B I G S I G H T , K Y O T O ,J A P A N0 9 - 1 1 J U L Y 2 0 2 5F A C T O R Y F A C I L I T I E S &E Q U I P M E N T E X P O 2 0 2 5M A K U H A R I M E S S E , C H I B A ,J A P A N0 9 - 1 1 J U L Y 2 0 2 5M A L A Y S I A P L A S T I C ,M O U L D & T O O L SE X H I B I T I O N 2 0 2 5M A L A Y S I A I N T E R N A T I O N A LT R A D E A N D E X H I B I T I O NC E N T R E , K U A L A L U M P U R ,M A L A Y S I A0 9 - 1 1 J U L Y 2 0 2 5E G Y P T M I N I N G F O R U M2 0 2 5T H E N I L E R I T Z - C A R L T O NC A I R O , C A I R O , E G Y P T1 5 - 1 6 J U L Y 2 0 2 5S H A N G H A I I N T E R N A T I O N A LD I E C A S T I N G A N DN O N F E R R O U S C A S T I N GE X H I B I T I O N 2 0 2 5 ( C H I N AD I E C A S T I N G )S H A N G H A I N E WI N T E R N A T I O N A L E X P OC E N T R E ( S N I E C ) , S H A N G H A I ,C H I N A1 6 - 1 8 J U L Y 2 0 2 5M A N U F A C T U R I N GS U R A B A Y A 2 0 2 5G R A N D C I T Y C O N V E N T I O NA N D E X H I B I T I O N ,S U R A B A Y A , I N D O N E S I A1 6 - 1 9 J U L Y 2 0 2 5F U T U R E M A N U F A C T U R I N GI N T E R N A T I O N A L E X P O2 0 2 5I N T E X O S A K A , O S A K A ,J A P A N1 6 - 1 9 J U L Y 2 0 2 5I N T E R N A T I O N A L D R E D G I N GT E C H N O L O G Y A N DE Q U I P M E N T E X H I B I T I O N2 0 2 5S H E N Z H E N C O N V E N T I O N &E X H I B I T I O N C E N T E R ,S H E N Z H E N , C H I N A2 4 - 2 6 J U L Y 2 0 2 5I N D O N E S I AI N T E R N A T I O N A L C O A T I N G ,P A I N T I N G , R E S I N S &C O M P O S I T E E X H I B I T I O N2 0 2 5 ( I N A C O A T I N G )J A K A R T A I N T E R N A T I O N A LE X P O , J A K A R T A ,I N D O N E S I A2 9 - 3 1 J U L Y 2 0 2 5AugustT O T A L P L A S T I C S E X P O2 0 2 5 ( T O P L A S T )C O D I S S I A T R A D E F A I RC O M P L E X , C O I M B A T O R E ,I N D I A0 1 - 0 3 A U G U S T 2 0 2 5A D V A N C E DM A N U F A C T U R I N G E X P O2 0 2 5 ( A M E ) C H I N A D E V O SP L A C E , G R A N D R A P I D S ,U S A0 6 - 0 7 A U G U S T 2 0 2 5V I E T N A MM A N U F A C T U R I N G E X P O2 0 2 5 ( V M E )I N T E R N A T I O N A LC O N V E N T I O N A N DE X H I B I T I O N C E N T E R( I . C . E . H A N O I ) , H A N O I ,V I E T N A M0 6 - 0 8 A U G U S T 2 0 2 5I N T E R N A T I O N A LC O N F E R E N C E O N M I N E R A LP R O C E S S I N G A N DG E O M E T A L L U R G Y 2 0 2 5( P R O C E M I N - G E O M E T )S H E R A T O N S A N T I A G OH O T E L A N D C O N V E N T I O NC E N T E R , S A N T I A G O ,C H I L E0 6 - 0 8 A U G U S T 2 0 2 5S H A N G H A II N T E R N A T I O N A L P O W D E RP R O C E S S I N G A N D B U L KM A T E R I A L C O N V E Y I N GE X H I B I T I O N 2 0 2 5 ( I P B )S H A N G H A I W O R L D E X P OE X H I B I T I O N A N DC O N V E N T I O N C E N T E R ,S H A N G H A I , C H I N A0 6 - 0 8 A U G U S T 2 0 2 5T H E I N T E R N A T I O N A LC O N F E R E N C E A N DE X H I B I T I O N O NN O N D E S T R U C T I V EE V A L U A T I O N 2 0 2 5( I C E N D E )L E M E R I D I E N K O C H I ,K O C H I , I N D I A2 0 - 2 2 A U G U S T 2 0 2 5S E O U L H E A T I N G , C O O L I N GA N D B U I L D I N GE Q U I P M E N T E X P O 2 0 2 5K I N T E X ( K O R E AI N T E R N A T I O N A LE X H I B I T I O N C E N T E R ) ,G O Y A N G - S I , S O U T HK O R E A2 0 - 2 4 A U G U S T 2 0 2 5G Z C O L D C H A I N N D U S T R YE X P O 2 0 2C H I N A I M P O R T A N DE X P O R T F A I R ( C A N T O NF A I R C O M P L E X ) ,G U A N G Z H O U , C H I N A2 0 - 2 4 A U G U S T 2 0 2 5

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E V E N T C A L E N D A RSeptemberC H I N A I N T E R N A T I O N A LE Q U I P M E N TM A N U F A C T U R I N G E X P O2 0 2 5 ( C I E M E )S H E N Y A N GI N T E R N A T I O N A LE X H I B I T I O N C E N T E R ,S H E N Y A N G , C H I N A0 1 - 0 4 S E P T E M B E R 2 0 2 5E U R O E X P O - I N D U S T R YF A I R 2 0 2 5M O H E I A F R I T I D S P A R K -R A N A H A L L E N , M O I R A N A ,N O R W A Y0 3 - 0 4 S E P T E M B E R 2 0 2 5S P E A U T O M O T I V EC O M P O S I T E S C O N F E R E N C E& E X H I B I T I O N 2 0 2 5D I A M O N D B A N Q U E T A N DC O N F E R E N C E C E N T E R ,N O V I , U S A0 3 - 0 5 S E P T E M B E R 2 0 2 5I N T E R N A T I O N A LS P E C I A L I Z E D E X H I B I T I O NO F M E T A L L U R G Y , S T E E L ,F O U N D R Y , M A C H I N E R Y &R E L A T E D I N D U S T R I E S 2 0 2 5( M E T A L E X )I S F A H A N I N T E R N A T I O N A LE X H I B I T I O N C E N T R E ,I S F A H A N , I R A N0 3 - 0 6 S E P T E M B E R 2 0 2 5I A D C / S P E M A N A G E DP R E S S U R E D R I L L I N G &U N D E R B A L A N C E DO P E R A T I O N S C O N F E R E N C E& E X H I B I T I O N 2 0 2 5M E X I C O C I T Y , M E X I C O0 9 - 1 0 S E P T E M B E R 2 0 2 5M I D W E S T M A N U F A C T U R I N G& N E T W O R K I N G : F I N DY O U R C O M P E T I M A T E A N DC O L L A B O R A T E 2 0 2 5H O L I D A Y I N N D A V E N P O R T ,D A V E N P O R T , U S A1 0 S E P T E M B E R 2 0 2 5M I D W E S T M A N U F A C T U R I N G& N E T W O R K I N G : F I N DY O U R C O M P E T I M A T E A N DC O L L A B O R A T E 2 0 2 5H O L I D A Y I N N D A V E N P O R T ,D A V E N P O R T , U S A1 0 S E P T E M B E R 2 0 2 5I N T E R N A T I O N A LE X H I B I T I O N F O R T I S S U EP A P E R , H Y G I E N I CP R O D U C T S & C O N V E R T I N GI N D U S T R Y 2 0 2 5E G Y P T I N T E R N A T I O N A LE X H I B I T I O N C E N T E R ,C A I R O , E G Y P T0 9 - 1 1 S E P T E M B E R 2 0 2 5N O R T H E R N I R E L A N DM A N U F A C T U R I N G &S U P P L Y C H A I NC O N F E R E N C E &E X H I B I T I O N 2 0 2 5E I K O N E X H I B I T I O NC E N T R E , L I S B U R N , U K1 1 S E P T E M B E R 2 0 2 5G L A S S P R O I N D I A -I N T E R N A T I O N A LE X H I B I T I O N F O R F L A TG L A S S P R O C E S S I N G ,P R O D U C T S A N DA C C E S S O I E S 2 0 2 5B O M B A Y E X H I B I T I O NC E N T R E ( B E C ) , M U M B A I ,I N D I A1 0 - 1 2 S E P T E M B E R 2 0 2 5I N T E R N A T I O N A L T R A D EF A I R F O R C O M P O S I T EM A T E R I A L S ,T E C H N O L O G I E S A N DP R O D U C T S - K O M P O Z Y TE X P O 2 0 2 5H O L I D A Y I N N K R A K O WC I T Y C E N T R E , K R A K Ó W ,P O L A N D1 7 - 1 8 S E P T E M B E R 2 0 2 5I A D C H S E &S U S T A I N A B I L I T Y E U R O P EC O N F E R E N C E &E X H I B I T I O N 2 0 2 5M O V E N P I C K H O T E LA M S T E R D A M C I T Y C E N T R E ,A M S T E R D A M ,N E T H E R L A N D S1 7 - 1 8 S E P T E M B E R 2 0 2 5I N T E R N A T I O N A LE X H I B I T I O N O N R U B B E RT E C H N O L O G Y 2 0 2 5( R U B B E R T E C H C H I N A )S H A N G H A I N E WI N T E R N A T I O N A L E X P OC E N T R E ( S N I E C ) ,S H A N G H A I , C H I N A1 7 - 1 9 S E P T E M B E R 2 0 2 5OctoberC A N A D I A NM A N U F A C T U R I N GT E C H N O L O G Y S H O W 2 0 2 5( C M T S )T H E T O R O N T O C O N G R E S SC E N T R E - N O R T HB U I L D I N G , T O R O N T O ,C A N A D A2 9 S E P T E M B E R - 0 2O C T O B E R 2 0 2 5P O L A N D C O A T I N G E X P O -I N T E R N A T I O N A L F A I R O FC O A T I N G S , P A I N T S A N DS U R F A C E P R O T E C T I O N2 0 2 5P T A K W A R S A W E X P O ,P R U S Z K Ó W , P O L A N D3 0 S E P T E M B E R - 0 2O C T O B E R 2 0 2 5S C O T L A N DM A N U F A C T U R I N G &S U P P L Y C H A I NC O N F E R E N C E &E X H I B I T I O N 2 0 2 5S C O T T I S H E V E N T C A M P U S ,G L A S G O W , U K0 1 - 0 2 O C T O B E R 2 0 2 5I N T E R N A T I O N A LI N V E S T M E N TO P P O R T U N I T I E S I N I R A N ' SM I N E S & M I N I N GI N D U S T R I E S 2 0 2 5 ( M I N E X )I M A M K H O M E I N I M O S A L L AS H A B E S T A N T E H R A N I R A N ,T E H R A N , I R A N3 0 S E P T E M B E R - 0 3O C T O B E R 2 0 2 5I N D U S T R Y F O R U MM A N U F A C T U R I N G :M A N U F A C T U R I N GA D V A N T A G E - S M A R T E R ,S A F E R , G R E E N E R 2 0 2 5D E W E I D E H O E V E ,M O E R G E S T E L ,N E T H E R L A N D S0 8 O C T O B E R 2 0 2 5E U R O P E A N S T E E LT E C H N O L O G Y A N DA P P L I C A T I O N D A Y S 2 0 2 5( E S T A D )V E R O N A , I T A L Y0 6 - 0 9 O C T O B E R 2 0 2 5