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Protolabs Publishes Innovation in Manufacturing 2026 Report

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Nitin Patil
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Protolabs innovation mfg2026

MINNEAPOLIS, MN, USA, Mar 27, 2026 – Protolabs (NYSE: PRLB), the world’s leading provider of digital manufacturing services, released a new research report, Innovation in Manufacturing 2026, examining factors accelerating a broader technological evolution across the manufacturing industry and throughout the product life cycle. The report finds that innovation leaders are moving beyond Industry 4.0 and into Industry 5.0 as they embrace artificial intelligence to maximize speed and efficiency on the production floor.

Recent data showed AI-enabled manufacturing software and hardware cut development costs in half while shrinking time-to-market by 30%. Nearly 75% of manufacturers that build machine learning into processes reported reduced costs and improved operational efficiency. With that, the transformation of manufacturing through digital twins, generative AI (GenAI), accelerated manufacturing, autonomous systems, and more is occurring at a rapid pace.

“Manufacturing is at an inflection point, as the rise of artificial intelligence and digitalization provides a pathway to faster and more efficient production,” said Protolabs CEO and President Suresh Krishna. “The future of our industry will be shaped by the technologies that enable companies to meet innovation pressures and shrink go-to-market timelines.”

The Innovation in Manufacturing report uncovers emerging technologies used at each stage of the product life cycle:

  • Product Ideation and Concepting: GenAI is optimizing ideation with nearly half of product development teams planning to use the resource. Digital twins and advanced simulators used in combination with GenAI are further accelerating timelines and improving quality.
  • Product Development: Once a sequence of stages, product development activities are now happening simultaneously through the use of multi-physics simulation and AI-driven testing platforms. Developers can now execute thousands of test scenarios to dial-in design concepts.
  • Product Introduction and Growth: With 94% of companies reporting revenue impacts due to supply chain disruption, Digital Product Passports are used to track supply chain activities and impacts, while AI-driven forecasting provides real-time supply chain analytics.
  • Maturity and Production Operations: Scenario modeling via digital twins forecast demand for mature products. Meanwhile, manufacturers are using predictive maintenance to prevent downtime and quality management systems to report any issues before production is impacted.
  • End-of-Product Life: The future of end-of-life production will be shaped by developing technologies including molecular recycling, biotechnology applications, and advanced materials science.

“Artificial intelligence is reshaping the entire product lifecycle, turning linear processes into continuous, data‑driven loops where generative design, digital twins, and predictive analytics accelerate innovation,” said Protolabs Chief Technology and AI Officer Marc Kermisch. “The future is bright as we continue to pair human ingenuity with emerging AI technologies.”

Overall, the Innovation in Manufacturing report depicts a notable transition to Industry 5.0. Manufacturers on the cutting edge of adoption are complementing human expertise with emerging technologies to speed up timelines. As companies continue to embrace digitalization and AI in product development workflows, manufacturers are undergoing their own evolution to propel innovation.

Download and read the full report here.

About Protolabs

Protolabs is the world’s fastest manufacturing service enabling companies across every industry to streamline production of quality parts throughout the entire product life cycle. From custom prototyping to end-use production, we support product developers, engineers, and supply chain teams along every phase of their manufacturing journey. Get started now at protolabs.com.

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Graphisoft Expands MEP Designer Rollout

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Nitin Patil
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BUDAPEST, Hungary, Mar 27, 2026 — Graphisoft, the leading developer of Building Information Modeling (BIM) software solutions for architecture and multidisciplinary design, announced the expansion of its rollout of MEP Designer, a BIM-native solution that enables engineers to create accurate system layouts.

First introduced in October 2025, MEP Designer bridges the gap between traditional CAD methods and advanced BIM workflows by enabling engineers to model, coordinate, and document building systems. Available as a subscription-based product included in the MEP Designer Studio and Archicad Collaborate plans, MEP Designer is a unique and innovative BIM solution for MEP engineering that is:

  • built on the Archicad BIM core, the industry-leading platform for architects, delivering seamless, collaborative BIM workflows between architects and MEP engineers.
  • easy to learn and use, with an intuitive user interface and smart modeling tools that automate and simplify the MEP design process.
  • flexible and adaptable, allowing MEP engineers not just quick creation, but easy editing of their MEP models.

“MEP Designer makes BIM adoption seamless for MEP engineers, delivering an intuitive, fully integrated solution,” said Márton Kiss, Chief Product Officer at Graphisoft. “It simplifies design workflows, strengthens collaboration with architects, and increases efficiency through intelligent automation and parametric libraries—making BIM easy to adopt while remaining powerful enough for highly detailed work.”

Key capabilities include:

  • Detailed documentation generated automatically — from floor plans and sections to schedules and parts lists — customizable and ready for submission.
  • Built-in visualization tools and parametric libraries.
  • Smooth communications and model consistency — on-site or remotely.
  • Accurate planning and efficient coordination — CALHYDRA now connects to MEP Designer via a dedicated interface, enabling direct transfer of water and HVAC systems for hydraulic calculations; results are updated in the model for a seamless BIM-based workflow.

MEP Designer is currently available in select Asian and European markets on both Windows and macOS.

For more information, visit graphisoft.com/mep-designer.

About Graphisoft
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​Graphisoft empowers teams to design great buildings through AI-assisted software solutions, learning programs, and professional services for the AEC industry. Our award-winning solutions and services support OPEN BIM to enhance workflow transparency, asset longevity, and data accessibility for built assets. Archicad, the architects’ BIM software of choice, offers end-to-end design and documentation workflows for architectural and engineering practices of any size, with MEP Designer enabling engineers to model, coordinate, and document building systems directly within the BIM environment. BIMx, the most popular mobile and web BIM app, extends the BIM experience to include all stakeholders in the building design, delivery, and operations lifecycle. BIMcloud, the industry’s first and most advanced cloud-based team collaboration solution, makes real-time collaboration possible across the globe. DDScad BIM solutions enable users to design and deliver high-quality Mechanical, Electrical, and Plumbing projects on time and on budget. Graphisoft is part of the Nemetschek Group. To learn more, visit graphisoft.com.

FSM HVAC Measurement Transmitters BIM Models Now Available on MagiCAD Cloud

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Nitin Patil
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TURKU, Finland, Mar 27, 2026 – FSM, a German manufacturer of intelligent electronics and sensor technology, has joined MagiCAD Cloud with their BIM objects for HVAC measurement and control. With more than three decades of experience in developing reliable measurement solutions, FSM’s products are widely used in industrial and building automation systems. Their arrival on MagiCAD Cloud makes high-quality measurement devices readily available to MEP designers.  

Precision measurement devices for HVAC design

The newly published BIM objects include FSM’s transmitters for humidity, temperature, and differential pressure, designed to support precise monitoring and control in building environments. The selection covers the Feel FHT Room, Feel FHT Duct, Base BHT Room, Base BHT Duct, Feel FDP, PrimAtu, DS01+, and Base BDP series.

These devices are suitable for both room and duct installations, allowing designers to integrate them directly into their digital HVAC designs. FSM’s transmitters are known for their measurement accuracy, long-term stability, and modular design, helping engineers maintain comfort conditions and energy efficiency in a variety of applications. 

By offering these devices as BIM objects, FSM makes it easier for designers to include their products in project models and coordinate effectively across disciplines. The objects are now available on the MagiCAD Cloud platform, used by MEP professionals worldwide to access manufacturer-verified BIM data. 
FSM’s BIM objects are available for MagiCAD for AutoCAD, MagiCAD for Revit, MagiCAD for BricsCAD and plain Revit.

See all FSM BIM objects available in MagiCAD Cloud. 

About FSM AG

Founded in 1989, FSM AG develops and produces intelligent electronics for industrial and building applications. The company specialises in measurement and sensor technology, battery management systems, and custom electronics manufacturing. Within building automation, FSM’s solutions measure parameters such as differential pressure, temperature, humidity, CO₂, VOC, and air flow to support efficient and sustainable HVAC operation. 

Based in Kirchzarten, Germany, FSM is a climate-neutral company, and all development and production are carried out in-house with a focus on quality, innovation, and environmental responsibility. For more information, visit https://www.fsm.ag.

About MagiCAD Cloud

MagiCAD Cloud is the leading BIM platform connecting MEP designers with manufacturers worldwide. It provides high-quality BIM objects, product configurators, and design tool integrations that bring manufacturers’ products directly into the MEP design workflow. MagiCAD Cloud helps manufacturers gain visibility in real design projects, support specification at the earliest stages, and deliver smarter, greener, and more efficient buildings.

Okuma America President, CEO, COO, Jim King Named to AMT’s Board

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Nitin Patil
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CHARLOTTE, NC, USA, Mar 27, 2026 – The executive leadership at Okuma America Corporation, a global manufacturer of computer numeric control (CNC) machine tools, and automation systems, is pleased to announce that Mr. Jim King, President, CEO, and COO, has been appointed to serve on the Board of Directors for The Association for Manufacturing Technology (AMT). Mr. King’s appointment was confirmed at the organization’s Annual Business Meeting in Fort Lauderdale, Florida, on March 11, 2026. His term will begin on April 8, 2026.

As a member of AMT’s Board of Directors, Mr. King will provide strategic direction and guidance to the association’s executive team. The AMT executive team leads the association in its mission to represent and promote U.S.-based builders and distributors of manufacturing technology. 

“I’m honored to be appointed to the AMT Board of Directors,” Mr. King shared. “The association’s advocacy is crucial during this period of dynamic opportunity in the manufacturing industry, and I look forward to serving this group by contributing my expertise to the cause.”

Mr. King joined Okuma America Corporation in 2010 as Senior Vice President of Sales and was named President and COO of Okuma America Corporation in 2011. In 2024, he was appointed CEO and began serving as a Senior Officer of Okuma Corporation in Japan. Before his time at Okuma, he served in leadership roles at Siemens Industry, Nematron, and Source Alliance.com, focusing on sales, marketing, and channel strategy in industrial automation. He began his career with Rockwell Automation and holds a degree in Applied Engineering Sciences from Michigan State University.
 

About The Association for Manufacturing Technology

The Association for Manufacturing Technology (AMT) represents U.S.-based providers of manufacturing technology – the advanced machinery, devices, and digital equipment that U.S. manufacturing relies on to be productive, innovative, and competitive. Located in McLean, Virginia, near the nation’s capital, AMT acts as the industry’s voice to accelerate the pace of innovation, increase global competitiveness, and develop manufacturing’s advanced workforce of tomorrow. With extensive expertise in industry data and market intelligence, as well as a full complement of international business operations, AMT offers its members an unparalleled level of support. AMT also produces IMTS – The International Manufacturing Technology Show, the premier manufacturing technology event in North America. Learn more at AMTonline.org.

About Okuma America Corporation

Okuma America Corporation is the U.S.-based sales and service affiliate of Okuma Corporation, a world leader in CNC (computer numeric control) machine tools, controls, and automation systems. The company was founded in 1898 in Nagoya, Japan, and is the industry’s only single-source provider of CNC machines, controls, drives, motors, encoders, spindles, and automation systems, all manufactured by Okuma. The company designs its own CNC controls to integrate seamlessly with each machine tool’s functionality. In 2014 Okuma launched the Okuma App Store, the industry’s only centralized online marketplace for machine tool apps and related content. Along with its extensive distribution network (the largest in the Americas) and Partners in Technology network of enhanced manufacturing technologies, Okuma is committed to helping users gain competitive advantages through the open possibilities of machine tools today and into the future.

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ITI Releases CADfix PPS 6 for Plant, Process Model Simplification

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Nitin Patil
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MILFORD, OH, USA, Mar 27, 2026 – International TechneGroup, Inc. (ITI, a Wipro Company), a global leader in CAD model simplification and data translation solutions, proudly announces the release of CADfix PPS 6. This latest version introduces significant advancements in automated model simplification, enhanced manual control tools, and expanded CAD compatibility—further solidifying CADfix PPS as the premier solution for plant and process model optimization.streamlining the integration of complex CAD models into plant design and digital twin workflows.

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CADfix PPS 6 builds upon the strong foundation of PPS 5 by delivering deeper automation and greater reduction performance, particularly through the integration of intelligent Prism simplification within Auto-simplify workflows.

Major enhancements in CADfix PPS 6 include:

  • Prism Auto-Simplify Integration – Automatically applies prism-based simplification during Auto-simplify to dramatically reduce model complexity
  • Up to 99% Face Count Reduction – Benchmark examples show models previously reduced by 81% in PPS 5 achieving up to 99% reduction in PPS 6
  • Auto Facet-to-Body Conversion – Integrated conversion of facetted solids to BREP bodies during Auto-simplification for improved downstream compatibility
  • Improved Small Body Processing – Less aggressive primitive substitution delivers improved geometric fidelity at equivalent size reductions
  • New BREP Shrinkwrap Tool – Extracts outer boundaries while closing interior openings and optionally retaining recessed hole representations
  • New Prism Manual Tool – Simplifies individual or grouped solids into enclosing volumes based on feature size and profile analysis
  • Facet-to-Body Manual Tool – Converts mixed facetted and BREP models into traditional CAD solids for greater interoperability
  • Move Model Tool – Enables precise translation and reorientation prior to export into structural layouts
  • Updated CAD Import Support – Latest versions of CATIA V5-8 R2026, Creo 12, NX 2512, Inventor 2026, SolidEdge 2026, SolidWorks 2026, ACIS R2024 1.0, and Parasolid 38
  • FlexNet License Manager 11.19.6 Update
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The most significant advancement in PPS 6 is the integration of Prism simplification directly into the Auto-simplify workflow. Previously unsimplified solids can now be automatically reduced to clean enclosing volumes, dramatically lowering face counts while preserving functional geometry.

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In demonstrated use cases, models reduced from 3,946 faces to 744 faces in PPS 5.1 (81% reduction) were further simplified in PPS 6 to just 236 faces, resulting in a 99% reduction. In larger assemblies, enabling automatic Prism simplification reduced geometry from 9,138 faces to 166 faces, delivering substantial improvements in downstream performance.

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Additionally, PPS 6 addresses a common interoperability challenge in plant and architectural models by integrating Facetto-Body conversion into Auto-simplify. This allows facetted solids to be converted into simplified primitives and BREP geometry, ensuring compatibility with downstream systems that do not support mesh-based solids.

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The new BREP Shrinkwrap tool further enhances simplification workflows by extracting clean exterior boundaries while closing internal openings. Engineers can optionally retain recessed representations of holes, maintaining visual fidelity where needed.

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Improvements to small body handling ensure that model size reduction no longer comes at the cost of over-simplified geometry. PPS 6 uses less aggressive box primitive substitution, resulting in improved fidelity while maintaining equivalent file size reduction.

Chris Fellows, CADfix Product Manager at ITI, commented, “CADfix PPS 6 represents a major step forward in intelligent model simplification. By integrating Prism simplification directly into Auto workflows and enhancing facet conversion capabilities, we are delivering unprecedented reduction performance while maintaining model integrity. PPS 6 empowers engineers to simplify complex plant models faster, more accurately, and with greater confidence.”

With expanded CAD support and enhanced automation, CADfix PPS 6 enables engineering teams to optimize large plant models for visualization, structural layout, digital twin initiatives, and downstream system integration—improving performance while reducing project timelines.

For more information about CADfix PPS 6, visit ITI’s website or contact ITI’s technical team.

About ITI, a Wipro Company

International TechneGroup, Inc. (ITI) specializes in conversion, integration, validation and migration solutions for product data and related systems. Our customers recognize the value of having a trusted solution partner that provides more than just software. ITI solves complex product data interoperability problems so that the world’s leading manufacturers can focus on making great products. In 2019, ITI became a wholly owned subsidiary of Wipro Limited and now operates within the Wipro Engineering business that provides customers with a platform to innovate and engineer the next generation of products and platforms at scale. For more information, visit https://www.iti-global.com.

Farsoon Expands Open Materials Ecosystem with ALM High-Performance Polymer Powders for Industrial PBF Production

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Nitin Patil
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Farsoon ALM

CHANGSHA, China, Mar 26, 2026 – Farsoon Technologies announces expanded material compatibility with high-performance polymer powders from Advanced Laser Materials (ALM), further strengthening Farsoon’s open materials ecosystem for industrial Powder Bed Fusion (PBF) applications.

Thanks to Farsoon Technologies’ open material platform, users can run qualified third-party materials and fine-tune processing parameters to fully optimize material performance. Combined with high-performance polymer powders from ALM, this collaboration provides manufacturers with greater flexibility in material selection while accelerating the industrialization of additive manufacturing and enabling serial production of end-use parts across multiple industries.

As part of this collaboration, several ALM industrial PBF polymer materials – including HT-23, PA11 Black, and FR106, are available for use on Farsoon’s open polymer systems.

HT-23 – High Temperature Performance for Demanding Applications

HT-23 is a high-temperature polymer material designed for applications requiring excellent thermal stability and mechanical performance. It is ideal for verticals such as aerospace, automotive, electronics, and industrial manufacturing, where parts must withstand elevated temperatures and maintain dimensional stability. Typical applications include functional components, tooling, and end-use parts that require superior heat resistance and dimensional stability. The material is compatible with Farsoon’s ultra-temperature polymer system UT252P, enabling processing at elevated build temperatures for demanding industrial applications. stands out for its remarkable high-temperature capability, with a heat deflection temperature (HDT) Flame retardancy and chemical resistance. HT-23 is a specialized blend based on high-performance polyetheretherketone (PEKK) incorporating reinforcing fillers such as carbon fibers for enhanced mechanical properties, thermal stability, and dimensional accuracy. Designed as a production grade Ultem replacement, HT-23 offers manufacturers an exceptional alternative for demanding applications that require consistent performance and reliability.

PA11 Black – Durable and High-Performance Bio-Based Material

PA 850 Black is a bio-based, renewable polymer known for its balance of strength and flexibility. This material’s excellent fatigue and wear resistance make it ideal for demanding end-use applications in automotive, consumer goods, and industrial sectors. Notably, it is certified in several industries for long-term performance, and its low moisture absorption ensures consistent mechanical properties over time. With a melting temperature of about 185 °C, it supports a broad range of functional prototypes and production parts.

FR-106 – Flame-Retardant Polymer for Safety-Critical Applications

FR-106 is specially engineered for flame-retardant performance material. It maintains a tensile strength of up to 44 MPa and offers excellent electrical insulation properties. FR-106 is widely used for electronics housings, railway and automotive interior components, and other safety-critical applications where regulatory compliance is essential. Notably, FR-106 can pass the FAR 25.853 60 second vertical burn test, making it an outstanding choice for aerospace and transportation applications requiring the highest standards in flame resistance. Its reliable flame resistance is complemented by robust mechanical performance, ensuring that safety does not come at the expense of durability or versatility.

Farsoon supports these materials across a broad range of truly industrial polymer PBF platforms, including the 1001P, 601P, 403P, and 252P. These systems provide customers with diverse options across build size, temperature capability, and productivity, allowing manufacturers to select the optimal solution for their application—from product development to large-scale additive manufacturing production.

About ALM

Advanced Laser Materials (ALM) specializes in material research, development and consultation for additive manufacturing. Founded in 2004, ALM remains focused on providing customers with application-specific, quality-tested materials and engineering support to meet the most complex product specifications and production requirements. ALM offers the largest selection of polymer powder-bed laser sintering materials with onsite capabilities to produce standard and specialized materials in varying quantities. Based in Temple, Texas, ALM is a wholly owned subsidiary of EOS.

About Farsoon

FARSOON Technologies, founded in 2009, is a system supplier of industrial grade plastic laser sintering and metal laser melting systems. Farsoon has developed a team of world-class experts with competencies in electrical/mechanical engineering, laser, scanning and optics, thermal controls, as well as material development and applications engineering. As a globally diverse company, Farsoon was founded with the clear vision and core commitment to creating open platform systems which will give the industry the freedom to innovate and expand the implementation of additive manufacturing in the global product’s marketplace.

DMG MORI Adds Mitutoyo, ZEISS, Astor, botek to DMQP Portfolio

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Nitin Patil
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DMG MORI

TOKYO, Japan, Mar 26, 2026 – DMG MORI is further expanding its partner network as part of DMG MORI Qualified Products (DMQP) and has gained four partners in Mitutoyo, ZEISS, Astor, and botek, whose specialized technologies offer decisive added value for digital, process-integrated, and high-precision manufacturing. The expansion particularly strengthens the areas of closed-loop manufacturing, inline quality control, and the end-to-end networking of the process chain, which are key components of DMG MORI’s Machining Transformation (MX) approach.

DMQP – Technology partner for maximum process reliability

The DMQP program offers DMG MORI customers pre-selected, optimally compatible components for their entire manufacturing process, thereby ensuring maximum process reliability, uniform interfaces, and optimized productivity through coordinated partner solutions. With the addition of four new partners, DMG MORI is consistently strengthening quality assurance as a key pillar of future-proof, data-driven production. Up-to-date, coordinated use cases and integration scenarios are currently being developed for all partners.

The DMG MORI Qualified Products portfolio is growing continuously and now contains a wide range of machine components, peripherals, and accessories. These include tools, clamping devices, software, measuring technology, and cooling lubricants. This range is increasingly being supplemented by digital solutions that specialize machines and machining processes or make them more efficient. In order to meet the increasing demands for technological diversity and innovation, DMG MORI is continuously expanding the program. At the in-house exhibition in Pfronten at the beginning of February, four new partner companies were presented whose technologies make a significant contribution to productive manufacturing.

Mitutoyo: Precision measurement technology for the closed process chain

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Mitutoyo: From left to right: Christoph Grosch, Executive Director DMQP at DMG MORI, Alfred Geißler, CEO of DMG MORI AG, Dr. Eng. Masahiko Mori, President and CEO of DMG MORI, Henk Slotboom, Director/ Board Member Mitutoyo Europe, Shigeyuki Sasaki, Representative Director, Senior Managing Executive Officer and Acting President Mitutoyo Corporation Japan, Norbert Keil, Vice President/ Board Member Mitutoyo Europe, Michael Andessner, Director/Board Member Mitutoyo Europe, Pralhad Thapa, Manager Mitutoyo Europe.

Mitutoyo Europe GmbH complements the DMQP program with high-precision measuring systems that enable comprehensive quality control along the entire process chain. The planned integration of coordinate measuring machines (CMM) and surface measuring instruments creates the basis for consistent data transparency from tool control to components. Through its networked connection to DMG MORI machines, Mitutoyo supports closed-loop manufacturing approaches and contributes to greater process reliability and reduced testing costs.

ZEISS: High-precision measurement technology and innovative inspection solutions for the best possible quality assurance

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ZEISS: From left to right: Christoph Grosch, Executive Director DMQP at DMG MORI, Alfred Geißler, CEO of DMG MORI AG, Kentaro Blumenstengel, Executive Officer DMG MORI, Dr. Eng. Masahiko Mori, President and CEO of DMG MORI, Dr. Bettina Friedl Chief Operating Officer & Member of the Management Board (ZEISS IQS), Wolfgang Schwarz, Head of Global Key Account Management (ZEISS IQS), Dr. Thomas Albrecht, Head of Customer Segment Machinery & Robotics (ZEISS IQS)

With the ZEISS Industrial Quality Solutions portfolio, ZEISS brings its comprehensive expertise as a manufacturer of measurement and testing technology to the DMQP program. As part of the partnership, ZEISS is providing its high-precision coordinate and optical measurement technology, which is indispensable in data-driven and automated manufacturing environments. These high-precision systems can be seamlessly integrated into DMG MORI’s digital workflows and support users in process-oriented quality inspection. With a clear focus on maximum accuracy and the reliable measurement of tight tolerances and complex geometries, ZEISS makes a significant contribution to increasing efficiency and process stability in modern manufacturing operations.

Astor: Partner for cleaning and recycling of cooling lubricants

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Astor: From left to right: Ensar Eraslan (CTO Astor Conveyor Systems), Umut Zere (Head of Development & Technology ASTOR EUROPE GmbH), Fatih Girit, Managing Director DMG MORI TR, Torsten Adam (CEO of ASTOR EUROPE GmbH), Semra Celep, CRM Responsible & Administrative Assistant DMG MORI TR, Dominik Häge, DMQP Manager DMG MORI

Astor Europe GmbH develops and manufactures high-performance systems for cleaning and recycling cutting fluids in industrial machining processes. Its systems use durable, washable stainless steel filters or standardized paper belt filters and enable reliable filtration and recycling of the cleaned cooling lubricant under high pressure with minimal maintenance. Astor also produces custom-fit chip conveyors and coolant tanks for all types of machine tools. The chip conveyors can be equipped with a stainless steel screen drum, which enables significantly improved pre-separation of the cooling lubricant, thereby permanently reducing the load on the filter system. The result is a sustainable, optimally coordinated overall system.

botek: Precise deep drilling technology for the most demanding applications 

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Botek: From left to right: Adrian Ebentheur, Product Manager DMG MORI, Matthias Lorenz, Application Engineer botek, Roman Eberle, Application Engineer botek, Dominik Häge, DMQP Manager DMG MORI

As a specialist in deep drilling tools, botek Präzisionsbohrtechnik GmbH is expanding the DMQP portfolio with high-precision tools that guarantee maximum dimensional accuracy, service life, and surface quality even for complex components and deep holes. Botek thus supports manufacturing companies that depend on maximum precision and process stability in their production.

New digital platform: DMG MORI Parts Shop

The new DMQP partners will also be available in the DMG MORI Parts Shop via my DMG MORI in the coming weeks. The DMG MORI Parts Shop is the central online platform for original spare parts, machine accessories, and lifecycle products. It combines modern e-commerce technology with in-depth machine expertise and forms the digital basis for an integrated after-sales ecosystem. DMQP partners are positioned as an integral part of the DMG MORI Parts Shop. Their products do not appear in isolation, but are embedded in machine-based recommendations, accessory logic, and lifecycle use cases. This increases relevance for customers, supports cross-selling and upselling potential, and strengthens joint market development across the entire machine lifecycle.

About DMG MORI

DMG MORI is a worldwide leading manufacturer of high-precision machine tools and sustainable technologies that are at the heart of global value chains. In the “Global One Company” more than 12,000 employees are in direct contact with over 100,000 customers from 57 industries. DMG MORI is globally present in 88 countries with 16 production plants, 113 sales and service locations.

Integrated automation and end-to-end digitization solutions expand the core business with lathes and milling machines, ultrasonic, lasertec and additive manufacturing. The entire manufacturing know-how from more than 152 years flows into technology excellence for the focus industries Aerospace, Automotive, Die & Mold, Medical and Semiconductor. Customer-oriented services accompany the entire life cycle of a machine tool – including training, repair, maintenance and spare parts service. The strategic fit of automation, digitization and sustainability fits perfectly with DMG MORI’s vision and mission statement: We empower our customers in manufacturing and digitization! We want to be the most attractive machine tool manufacturer worldwide with digital and sustainable products!

3D Systems Achieves Full-Scope EU MDR Certification Enabling it European Launch of NextDent Jetted Denture Solution

By
Nitin Patil
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0

ROCK HILL, SC, USA, Mar 26, 2026 – 3D Systems (NYSE: DDD) announced it has received full-scope certification under the European Union Medical Device Regulation (EU MDR) 2017/745. The certification was attained on Monday, March 17, 2026.

This milestone confirms that the Company’s quality system, technical documentation, and clinical evidence meet the most rigorous regulatory requirements in the medical device sector. With the MDR certificate in hand, 3D Systems will now introduce MDR-compliant product versions through a carefully coordinated, phased rollout across its dental product families and European markets. This approach ensures a smooth transition while maintaining uninterrupted product availability for customers and healthcare providers.

The EU MDR certification immediately enables the introduction of innovative new materials and is a pivotal step for one of 3D Systems’ largest potential new product launches: the NextDent® Jetted Denture Solution. This solution forms the cornerstone of the Company’s ‘replacement’ offering within its comprehensive digital dentistry strategy, which spans applications for straightening, protection, repair, and full replacement of teeth.

Building on the successful U.S. commercial launch in 2025, this European rollout positions 3D Systems to capture additional share in a substantial global opportunity. According to the Company’s internal estimates, applications for the ‘replacement’ pillar of its dental strategy represent an addressable market of approximately $600 million in the United States alone by 2029, with the U.S. comprising roughly one-third of the total global market. The market in the EU is estimated to be comparable, or even slightly larger in scale than that of the U.S., based on Company analysis and demographic trends. As highlighted by President and CEO, Dr. Jeffrey Graves, during the Company’s Q4 2025 earnings call on March 9, 2026, approximately 32 million people in the United States wear dentures, roughly 10% of the population, and globally more than 180 million people wear dentures, driving annual production of approximately 13.7 million denture sets. Management further noted that 3D Systems’ materials alone represent a potential annual recurring revenue opportunity of more than $400 million globally over time, as digital manufacturing adoption accelerates.

The European launch of NextDent Jetted Dentures remains firmly on track for summer 2026.

3D Systems has long held a leadership position in digital dentistry, particularly in orthodontic aligner production. 

Through its longstanding partnership with major industry players and the deployment of application specific high-volume manufacturing stereolithography (SLA) technology, the Company’s solutions enable the manufacture of approximately one million patient-specific clear aligners daily worldwide, establishing it as a key enabler in the straightening segment of the market.

This leadership builds on the 2017 acquisition of Vertex Global Holding B.V., which brought together Vertex Dental’s decades-long legacy in high-quality prosthetic dental materials (dating back to its founding in 1939) with NextDent’s pioneering biocompatible 3D printing resins. NextDent, originally launched in 2012 to advance materials for emerging 3D printing innovations in dentistry, has since developed one of the industry’s broadest portfolios of clinically validated, regulatory-approved materials, addressing applications from models and surgical guides to splints, crowns, bridges, and dentures. The integration of these advanced Vertex and NextDent materials with 3D Systems’ printing platforms has driven transformative efficiency, precision, and cost reductions across dental workflows.

“Receiving full-scope EU MDR certification validates our commitment to the highest standards of quality and patient safety while unlocking significant new growth opportunities across the European dental market,” said Jeffrey Graves, President and Chief Executive Officer of 3D Systems. “Building on our established dominance in high-volume aligner production and the industry-leading NextDent materials portfolio from our Vertex acquisition, the NextDent Jetted Denture Solution represents a transformative advancement in delivering monolithic, multi-material prosthetics with superior aesthetics, durability, and production efficiency using our MultiJet Printing technology. With strong early traction in the U.S. and the substantial addressable market we outlined in our recent earnings call, this launch accelerates momentum in our dental business, one of our most significant growth initiatives, and reinforces its role as a key driver of long-term shareholder value. We are excited about these accomplishments and the substantial business opportunities they generate.”

Powered by the NextDent 300 MultiJet 3D printer and specialized NextDent Jet Base and Teeth materials, the solution enables dental labs to produce durable, aesthetically superior, one-piece dentures far faster and more cost-effectively than traditional analog methods. This delivers both outstanding patient outcomes and strong return on investment for labs and clinicians.

This regulatory achievement further solidifies 3D Systems’ leadership position in digital dentistry and supports the Company’s broader strategic initiatives to expand in high-value healthcare applications.

About 3D Systems 

For nearly 40 years, Chuck Hull’s curiosity and desire to improve the way products were designed and manufactured gave birth to 3D printing, 3D Systems, and the additive manufacturing industry. Since then, that same spark continues to ignite the 3D Systems team as we work side-by-side with our customers to change the way industries innovate. As a full-service solutions partner, we deliver industry-leading 3D printing technologies, materials and software to high-value markets such as medical and dental; aerospace, space and defense; transportation and motorsports; AI infrastructure; and durable goods. Each application-specific solution is powered by the expertise and passion of our employees who endeavor to achieve our shared goal of Transforming Manufacturing for a Better Future. More information on the Company is available at www.3dsystems.com.

Netherlands-based Ter Hoek Adopts XJet Carmel 1400C Ceramic 3D Printer

By
Nitin Patil
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REHOVOT, Israel, Mar 26, 2026 – XJet 3D, a leader in direct material jetting additive manufacturing solutions, announced that Ter Hoek, a renowned Dutch precision manufacturing specialist based in Rijssen, has adopted the XJet Carmel 1400C ceramic 3D printing system. This collaboration brings XJet’s proprietary NanoParticle Jetting (NPJ) technology to one of Europe’s most demanding precision manufacturing environments, expanding both companies’ ability to serve high-tech industries with cutting-edge ceramic solutions that push the boundaries of design complexity and manufacturing precision.

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XJet 1400C Alumina system installed at Ter Hoek facility in Rijssen, The Netherlands

From Metal Excellence to Ceramic Innovation: A Strategic Leap in Digital Production 

Ter Hoek, celebrated for excellence in precision metal manufacturing through advanced EDM, PECM, and ultra-precise CNC milling technologies since the 1990s, is now expanding its expertise into technical ceramics. The decision represents an ambitious capability increase – from conductive metal materials to high-performance insulation materials – that not only diversifies Ter Hoek’s material portfolio but fundamentally upgrades its production process into an automated, digital workflow, positioning the company at the forefront of next generation precision manufacturing.

The addition of XJet’s Carmel 1400C solution enables Ter Hoek to produce geometrically complex ceramic components with exceptional accuracy and superior surface quality, opening new possibilities for regional customers in aerospace, semiconductor, medical technology, and other innovative sectors where geometric innovation and material performance are paramount.

“In the future of manufacturing, sustained success will hinge on continuous differentiation and innovation in an increasingly competitive landscape,” says Gerrit Ter Hoek, Founder and Technical Director at Ter Hoek. “With our solid expertise in precision manufacturing, we have constantly sought the next opportunity to better serve our customers. By entering the world of technical ceramics with XJet’s digital production platform, we’re not just adding a new material – we’re embracing a fundamentally new way of manufacturing that offers unprecedented design freedom, faster iteration cycles, and the ability to produce parts that were simply impossible before. This positions us at the forefront of the next generation of precision manufacturing.”

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XJet NanoParticle Jetting solution offers a wide range of ceramic materials

Supporting Dutch Precision Engineering from Prototype to Production 

A key advantage of the XJet-Ter Hoek collaboration is the comprehensive support provided throughout the entire product lifecycle. XJet’s Carmel 1400C system is engineered to handle both rapid prototyping and production-scale manufacturing, aligning perfectly with Ter Hoek’s proven service model spanning engineering consultation to production enablement.

“XJet’s platform has proved to be an exceptional match with market demand for precision, quality, and productivity in technical ceramics,” says Ter Hoek. “The solution scales seamlessly from prototype to production with its 1400 DPI printing resolution, streamlined production workflow with fewer process steps, and fully automated digital process – all essential capabilities for our customers who need to move quickly from concept to market. We can now iterate designs rapidly in ceramic materials and transition smoothly to series production, all under one roof, while maintaining the same commitment to quality and precision that our customers have relied on for decades.”

With its established customer base spanning the aerospace, semiconductor, and medical industries, Ter Hoek is uniquely positioned to introduce ceramic additive manufacturing solutions to organizations already benefiting from their precision metal manufacturing expertise. This creates natural opportunities for both Ter Hoek and XJet in making advanced ceramic manufacturing more accessible to European industry while maintaining the highest standards of precision and quality that both companies are known for.

“We’re excited to partner with Ter Hoek, a company that shares our unwavering commitment to precision, innovation, and customer success,” says Riccardo Tosi, European Business Director at XJet. “Their expertise in solving complex manufacturing challenges, combined with our advanced ceramic additive manufacturing technology, creates a powerful combination that will benefit engineers and manufacturers throughout the region. Ter Hoek’s reputation for technical excellence and proven track record of supporting customers from design through production makes it an ideal partner to demonstrate the transformative potential of ceramic 3D printing in advanced manufacturing sectors where our solution delivers exceptional value.”

Technology Showcase at Ceramitec 2026 

XJet and Ter Hoek will demonstrate the excellence of NPJ technology at Ceramitec 2026 in Munich. At booth 206, hall A6, attendees will be able to explore sample parts and gain insights into how advanced ceramic additive manufacturing can solve the most challenging precision manufacturing requirements.

About XJet 3D

XJet 3D is a leading additive manufacturing solution provider for advanced ceramic and metal production. Pioneering in direct material jetting, the company’s proprietary NanoParticle Jetting™ technology delivers precise, scalable, and sustainable manufacturing of high-resolution 3D metal and ceramic components with complex geometries and fine feature details, addressing key manufacturing challenges including part quality consistency, geometric complexity limitations, and production scalability. With over 80 registered patents and a team of industry veterans and R&D experts, XJet is innovating across diverse industrial applications including aerospace and defense, medical devices and surgical instruments, luxury consumer products, and precision components manufacturing with proven success. Learn more at www.xjet3d.com. 

About Ter Hoek

Founded in 1990, Ter Hoek Vonkerosie Rijssen B.V. has grown from a small precision workshop into a trusted partner for some of Europe’s most demanding high-tech industries. With deep expertise in advanced machining and manufacturing, Ter Hoek produces extremely precise components for sectors including aerospace, semiconductor, aviation, and medical technology.

Based in Rijssen in the Netherlands, the company has built a reputation on problem-solving and collaboration, working closely with customers from early design consultation through to prototyping and series production. Ter Hoek’s highly skilled engineering team combines traditional precision techniques, such as wire EDM, micro-wire EDM, die sinking, micro EDM milling and ultra-precise CNC milling, with cutting-edge methods like Precision Electro Chemical Machining (PECM) to manufacture components with tolerances down to microns.
Innovation and continuous improvement are core to Ter Hoek’s philosophy. This commitment is reflected not only in its advanced machining capabilities and climate-controlled production facility but also in its role as a knowledge partner, sharing expertise through webinars, masterclasses and direct technical support to engineers worldwide. Learn more at www.terhoek.com. 

GE Aerospace to Invest $1B in US Manufacturing

By
Nitin Patil
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0
GE Aerospace

CINCINNATI, OH, USA, Mar 26, 2026 – GE Aerospace plans to invest another $1 billion in its U.S. manufacturing sites and supplier base during 2026 to help accelerate engine deliveries, ramp production of parts that safely extend time between maintenance shop visits, and strengthen defense production to keep pace with military demand.

The 2026 investment—the company’s second consecutive $1 billion U.S. investment—will benefit sites across more than 30 communities in 17 states. GE Aerospace also plans to hire 5,000 U.S. workers, including both manufacturing and engineering roles, in addition to the 5,000 people it hired last year. View an interactive map of planned investments: https://www.geaerospace.com/manufacturing

“Maintaining U.S. aerospace leadership requires sustained investment in our people, our facilities, and the technologies that will define the future of flight,” said H. Lawrence Culp, Jr., Chairman and CEO of GE Aerospace. “This investment is for our customers, our communities, and our country.”

Since 2024, GE Aerospace has announced plans to invest more than $2.5 billion across its U.S. manufacturing sites and supplier base, including approximately $600 million in sites producing defense engines during the last three years. This manufacturing investment is in addition to the nearly $3 billion GE Aerospace invests annually in research and development.

Accelerating Deliveries

The investment expands capacity at sites producing and assembling commercial and defense engines. This includes $115M in Cincinnati, Ohio—home to GE Aerospace’s headquarters— to modernize infrastructure, increase test cell capacity, and expand advanced 3D metal printing capabilities.  

Defense 

More than $275 million of the $1 billion is planned to upgrade sites producing defense engines and components, helping to strengthen the U.S. defense industrial base to deliver at pace for the warfighter’s evolving needs. Highlights include:
•    $40+ million for Lynn, Mass., to refresh machinery, expand test cell capacity and flexibility to meet delivery pace, and make building upgrades.
•    $10 million for Madisonville, Ky., to invest in new machines increasing part production, inspection equipment, tooling, and facility upgrades.

Commercial 

The company is expanding commercial engine production capacity, particularly the CFM LEAP engine that powers the Boeing 737MAX and Airbus A320 aircraft families. These investments will increase part production for maintenance sites, helping reduce turnaround times. Highlights include:
•    $200 million to expand manufacturing capacity for LEAP high-pressure turbine durability kits that will improve time-on-wing for customers by more than two times in hot and harsh conditions. The investment also supports production of the reverse bleed system, which reduces the need for on-wing maintenance.
•    $20 million for Durham, N.C., for specialized tooling, engine line assembly systems, and building upgrades to support the increased assembly of narrowbody and widebody engines. 
•    $7 million for Lafayette, Ind., in new tools, equipment, and facility upgrades that support engine assembly and increase capacity to meet 2026 narrowbody engine deliveries.

Investing in Supply Chain 

GE Aerospace is investing more than $100 million, as part of the $1 billion, in its external supplier base. These funds will provide tooling and equipment to help stabilize production schedules—critical to meeting delivery commitments. Deploying these investments alongside FLIGHT DECK, the company’s proprietary lean operating model, already have helped improve material input last year by more than 40 percent from priority suppliers compared to the previous year. This, in turn, drove commercial engine deliveries up 25 percent and defense engine deliveries up 30 percent in 2025 compared to the previous year.

Investing in U.S. Workforce 

Today’s hiring news builds on GE Aerospace’s announcement last fall of a new, $30-million GE Aerospace Foundation program to train 10,000 workers by 2030 with the manufacturing skills to support the entire industry.

*CFM LEAP engines are made by CFM International, a 50-50 joint company between GE Aerospace and Safran Aircraft Engines.

About GE Aerospace

GE Aerospace is a global aerospace propulsion, services, and systems leader with an installed base of approximately 50,000 commercial and 30,000 military aircraft engines. With a global team of approximately 57,000 employees building on more than a century of innovation and learning, GE Aerospace is committed to inventing the future of flight, lifting people up, and bringing them home safely. Learn more about how GE Aerospace and its partners are defining flight for today, tomorrow, and the future at www.geaerospace.com. 

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