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Toray Develops Spherical Polyamide 12 Particles for 3DPrinters

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Toray

– Delivering Superior Surface Quality and High Impact Strength in 3D-Printed Parts –


Tokyo, Japan, February 25, 2026 — Toray Industries, Inc. announced today that it has developed Toraypearl™ polyamide (PA) 12, a truly spherical PA12 powder widely compatible with powder bed fusion (PBF)-type 3D printers (see note 1). Leveraging Toray’s proprietary polymer particle engineering technology, the new material enables both excellent surface smoothness and high impact strength in 3D-printed parts.

PBF-type 3D printing is widely adopted in industrial applications due to its ability to efficiently create parts with high dimensional accuracy and mechanical strength. Conventional PA12 powders account for approximately 70% of feedstock in this polymer PBF market, owing to their good processability at relatively low temperatures.

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However, conventional PA12 powders typically consist of irregularly shaped particles, which hinder uniform packing and result in parts with rough surfaces that require post-processing such as polishing. In addition, gaps between particles tend to generate internal micro-voids, leading to reduced density and preventing the material from fully exhibiting its inherent mechanical properties, including impact strength.

Toray overcame these challenges by drawing on its proprietary spherical particle technology, backed by years of polyamide polymerization and resin processing R&D, as well as its experience supplying Toraypearl™ PA6, a highly heat-resistant spherical PA6 particle, for such 3D-printing applications as automotive components, office chairs, and power tools.

By applying this spherical particle technology to PA12, Toray successfully developed Toraypearl™ PA12, a new material compatible with a wide range of PBF-type 3D printing. Compared with its conventional counterparts, the uniform spherical shape enables dense and homogeneous powder packing, resulting in:

  • Significantly improved surface smoothness(approximately 2.5× improvement, surface roughness (note 2) Ra ≈ 7 μm)
  • Enhanced impact strength(more than 2× improvement, Charpy impact strength: 50 kJ/m2)

Toraypearl™ PA12 is expected to contribute to higher-quality 3D-printed parts in applications requiring durability, airtightness, and mechanical reliability, thereby expanding its potential use in both prototypes and functional parts. Sample evaluations with selected customers have been underway since January 2026.

To date, Toray has steadily expanded its portfolio of resin materials for 3D printers, including the launch of “Toraymill™ PPS,” polyphenylene sulfide resin milled powder, in 2017 for applications such as electric vehicles and aerospace, and “Toraypearl™ PA6” in 2022.

With the addition of Toraypearl™ PA12, Toray further strengthens its lineup to meet the growing global demand for high-performance materials in the 3D printing market.

Guided by its corporate philosophy, “contributing to society through the creation of new value with innovative ideas, technologies and products,” Toray remains committed to delivering innovative materials that support industrial advancement and sustainable growth.

Notes

  1. Powder Bed Fusion (PBF)–Type 3D Printers are one of the most widely used 3D printing methods, primarily for industrial applications. In this process, metal or polymer particles are spread in layers, and selected areas are repeatedly melted and solidified using a laser as a heat source to form three-dimensional objects.
  2. The surfaces of molded objects have microscopic peaks and troughs with varying heights, depths, and spacing. Surface roughness affects molding precision, surface feels, sealing, and coating performance.

Related News Releases

  1. August 23, 2022Toray Launches Toraypearl™ PA6 Polymer Delivering Exceptional 3D Printing Strength, Thermal Resistance, and Quality
  2. January 27, 2020Toray Creates True Spherical Polyamide Particles that Could Revolutionize 3D Printing

About Toray
Toray Industries, Inc., is a global leader in advanced materials innovation, comprising more than 300 affiliated companies and approximately 48,000 employees worldwide. Since 1926, we have continuously expanded our business portfolio—from Fibers & Textiles, to Resins & Chemicals, Films, Electronics & Information Materials, Carbon Fiber Composite Materials, Pharmaceuticals & Medical Products, as well as Water Treatment & Environment. April 2026 marks the 100th anniversary of Toray’s founding. In line with our Corporate Philosophy, “Contributing to society through the creation of new value with innovative ideas, technologies and products,” we will commit to delivering fundamental solutions to global-scale challenges.

For more information, please visit our website at www.toray.com

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Leading Minds, AM I Navigator Form New Alliance to Accelerate Industrial AM Adoption

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Leading Minds AM I Navigator

NEW YORK, NY, USA, Feb 26, 2026 – AMS 2026 — Two leading initiatives in the additive manufacturing (AM) industry have announced the creation of the Additive Manufacturing Alliance, an umbrella bringing together Leading Minds and the AM I Navigator. The Additive Manufacturing Alliance represents a shared belief in the power of collaboration to accelerate the industrial adoption of additive manufacturing.

The Additive Manufacturing Alliance brings together two established initiatives with complementary approaches and areas of focus. The Alliance will collaborate on selected joint activities, while both AM I Navigator and Leading Minds will continue to engage independently where appropriate. By aligning their efforts, the Alliance supports the shared objective of advancing additive manufacturing as a core industrial technology and enabling its scalable adoption across industries.

“Our shared goal is to make additive manufacturing more accessible, less complex, and more integrated into everyday industrial production,” says Brigitte de Vet-Veithen, CEO of Materialise, on behalf of the Additive Manufacturing Alliance. “Together, we can help more companies across a wider variety of industries benefit from the flexibility, efficiency, and innovation that AM enables.”

Initial joint activities of the Additive Manufacturing Alliance will focus on knowledge exchange, joint industry communication, and supporting companies along their path toward industrializing additive manufacturing.

One example of this collaboration is the connection between awareness and execution: while Leading Minds builds understanding of AM’s potential and helps companies overcome initial barriers, the AM I Navigator supports them with real-world use cases and transformation insights — providing clear, actionable guidance for implementation. Together, the initiatives enable manufacturers to progress from inspiration to industrial adoption

AM I Navigator: a strategic framework for accelerating AM maturity

The AM I Navigator, launched at Formnext 2023 by Siemens, DyeMansion, HP, BASF Forward AM, and EOS, provides companies with a proven framework for industrializing additive manufacturing and scaling it into serial production environments integrated with other manufacturing technologies.

Since its launch, the AM I Navigator has been applied in multiple industrial transformation initiatives. Companies use the maturity model to benchmark their current AM capabilities, align investments across the end‑to‑end process chain, and derive clear roadmaps toward higher levels of automation, quality, and economic viability. This structured approach enables confident decision‑making and supports the progression from pilot applications toward industrial production.

The AM I Navigator ecosystem has continued to grow and now includes additional partners such as Materialise, AMTPro, AZO, as well as knowledge partners including Capgemini and BCG.

“Via the newly launched AM I Navigator website, companies worldwide can independently and free of charge assess their additive manufacturing maturity and explore transformational insights derived from proven industrial applications,” says Karsten Heuser, Vice President Additive Manufacturing at Siemens. “The assessment tools are voluntary resources designed to help companies of all sizes, from startups to global manufacturers, benchmark their capabilities and identify improvement opportunities.”

The AM I Navigator Maturity Model, Transformation Insights, and self‑assessment tools are accessible via the AM I Navigator website: https://am-i-navigator.com/

ASTM, with its Wohlers Associates, joins the AM I Navigator as Knowledge Partner

Wohlers Associates, powered by ASTM International, strengthens the AM I Navigator network as a Knowledge Partner, contributing deep expertise in qualified additive manufacturing for high‑reliability and regulated industries. With a strong focus on standards, certification, and industrial readiness — particularly in demanding industries, such as defense, aerospace, and medical — Wohlers Associates enriches the initiative. Its unique market intelligence database, its global network of well-known experts, and its proven methodologies will help bring AM I Navigator to the next level.

“By joining the AM I Navigator, we aim to contribute our experience in translating additive manufacturing standards into robust industrial practice. Together with the partner network, we want to help manufacturers accelerate the transition from experimentation to qualified, scalable production,” says Dr. Mohsen Seifi, Vice President of Global Advanced Manufacturing Programs at ASTM International.

Leading Minds: a collaborative effort to advance AM

Announced at Formnext 2024, Leading Minds is a consortium formed by eight founding members: Ansys, EOS, HP, Materialise, Nikon SLM, Renishaw, Stratasys, and ATLIX (formerly Trumpf Additive Manufacturing). Together, these companies share two main objectives: increasing awareness of additive manufacturing’s capabilities across industries and removing the hurdles manufacturers face when adopting and scaling AM solutions for industrial use.

The first initiative announced by the consortium focuses on addressing the fragmentation and complexity of AM terminology. Today, different companies often use distinct language to describe the same processes or capabilities, leading to confusion and slowing down industrial adoption. Leading Minds is developing an open, common language framework that enables manufacturers and technology providers to communicate more clearly and consistently. Since its introduction, the framework has been expanded to cover all domains of the additive manufacturing production process and is already being actively used with customers, who value its ability to make conversations about AM clearer, standardized, and actionable.

As part of its broader mission, Leading Minds also invests in AM awareness by participating in major industrial events in North America and Europe, targeting sectors where adoption is still emerging and where additive manufacturing offers significant future potential.

Leading Minds welcomes new member

The Leading Minds consortium announces the addition of the Manufacturing Technology Deployment Group (MTDG) as its newest member. MTDG, along with its subsidiary — the National Center for Defense Manufacturing & Machining (NCDMM) and its America Makes program — focuses on helping manufacturers deploy advanced manufacturing technologies, and colleges and universities to embrace advanced manufacturing technologies. Dean L. Bartles, CEO & President of MTDG, will represent MTDG within the consortium, further strengthening Leading Minds’ mission to accelerate additive manufacturing adoption and industrialization across diverse industries.

“MTDG is honored to join the Leading Minds consortium at such a pivotal moment for our industry,” says Dean L. Bartles, CEO & President of MTDG. “Through the combined strengths of MTDG, NCDMM, and America Makes, we remain deeply committed to advancing the industrialization of additive manufacturing and expanding its impact across the manufacturing ecosystem.”

About Leading Minds Consortium

Leading Minds is a collaborative initiative formed by leading companies in 3D printing. With a shared vision for the future of manufacturing, the consortium’s mission is to unlock the full potential of 3D printing technology by addressing the barriers to adoption. Through their collective efforts, the consortium aims to shape the future of manufacturing and drive innovation across industries.

About AM I Navigator

The AM I Navigator is an industry initiative that brings together leading experts across the additive manufacturing value chain to support companies in advancing their AM maturity. Built around a holistic five‑stage maturity model covering ten key dimensions — from strategy and design to production, quality, and organization — the AM I Navigator helps organizations assess their current capabilities and define a clear path toward industrialization.

Through structured maturity assessments, transformation insights based on real industrial use cases, and an open, partner‑driven ecosystem, the AM I Navigator provides practical guidance for scaling additive manufacturing in production environments.

About Materialise

Materialise incorporates more than three decades of 3D printing experience into a range of software solutions and 3D printing services that empower sustainable 3D printing applications. Our open, secure, and flexible end-to-end solutions enable industrial manufacturing and mass personalization in various industries — including healthcare, automotive, aerospace, eyewear, art and design, wearables, and consumer goods. Headquartered in Belgium and with branches worldwide, Materialise combines the largest group of software developers in the industry with one of the world’s largest and most complete 3D printing facilities.

Inside Phoenix Contact, Germany: A Vision of the All Electric Society at Hannover Messe 2026 Press Preview

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Pavillon

Blomberg, Germany | February 24, 2026

During the Press Preview of Hannover Messe 2026, technical media from across the globe had the privilege of visiting the headquarters and production facilities of Phoenix Contact in Blomberg, Germany. The visit offered a comprehensive insight into the future of electrification, automation, and sustainable industry.

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A Journey into Germany’s Industrial Heartland

The drive through the scenic German countryside to Blomberg set the tone for a day filled with technology, strategic vision, and meaningful dialogue. Journalists from around the world gathered to witness firsthand how Phoenix Contact is advancing industrial transformation — particularly in renewable energy integration and intelligent electrification.

A Century of Innovation with a Forward-Looking Vision

With annual revenues of approximately €3.3 billion and more than 20,000 employees worldwide, Phoenix Contact recently celebrated its 100-year milestone. Despite its global scale, the company continues to uphold strong family-owned values — combining long-term vision with operational excellence.

During the leadership session, COO Ulrich Leidecker addressed key global challenges shaping today’s industrial landscape:

  • Overregulation and bureaucracy
  • De-globalization
  • Fragile supply chains
  • Geopolitical tensions
  • Climate change pressures

His candid insights underscored the importance of agility, innovation, and resilience in navigating a rapidly evolving global environment. It was also encouraging to learn about Phoenix Contact’s growing footprint in India, including its production presence — reinforcing its commitment to global markets and emerging economies.

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The All-Electric Society: A Blueprint for Sustainable Industry

One of the most compelling highlights was the company’s All Electric Society Factory — a visionary model for a fully electrified and sustainable industrial ecosystem.

The concept demonstrates how renewable energy sources such as:

  • Solar power
  • Wind energy
  • Fuel cells

can be seamlessly integrated into industrial operations through advanced automation, digital monitoring, and intelligent energy management systems.

For many engineering-focused journalists, the discussion on the advantages of DC over AC current in industrial environments was particularly fascinating. The implementation of a smart DC grid illustrated how optimized energy distribution can reduce conversion losses, enhance system efficiency, and significantly support sustainability goals.

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A standout session by Dr. Martin Wetter showcased practical innovation in action — from smart DC grids and energy storage to optimized energy consumption and distribution. The experience felt less like a factory visit and more like stepping into a live demonstration of the future of industrial sustainability.

Innovation in Action: E-Mobility and Smart Energy Solutions

The visit also included an in-depth look at several advanced facilities and applications:

  • E-Mobility Technical Center
  • Innovative Charging Park
  • Solar Tree and Solar Tiles
  • Advanced AC-to-DC Conversion Systems

These were not conceptual showcases but fully operational systems integrated into real infrastructure — clear evidence of how electrification and automation converge to deliver scalable, real-world solutions.

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Engineering Excellence in Control Cabinet Manufacturing

Another key highlight was a presentation by Andreas Schreiber on efficiency in control cabinet building. Touring the manufacturing facility reflected the hallmark of German engineering — precision, automation, streamlined workflows, and uncompromising quality standards.

Observing the complete process — from design and assembly to finished high-quality cabinets — demonstrated how digitalization and automation are transforming even traditionally manual production environments.

A Strong Prelude to Hannover Messe 2026

The visit to Phoenix Contact perfectly aligned with the broader themes of Hannover Messe 2026: AI integration, digitalization, electrification, and sustainable industrial ecosystems.

What stood out most was that these innovations are not distant ambitions — they are already operational. Phoenix Contact is not merely discussing energy transition and industrial sustainability; it is actively implementing and scaling these solutions.

For the editor of DailyCADCAM (SACHIN NALAWADE), this visit was far more than a factory tour. It was a deep dive into how technology, leadership, and engineering excellence are converging to shape the next era of global industry.

We extend our sincere thanks to the Phoenix Contact leadership and team for their warm hospitality and insightful discussions. Thank you, Hannover Messe Organizers.  

Stay tuned to DailyCADCAM.com for more exclusive coverage from Hannover Messe 2026.

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For more details, visit – https://www.phoenixcontact.com/en-in/

Hannover Messe 2026 Press Preview: A Powerful Glimpse into the Future of Industrial Technology

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As DailyCADCAM media, it was a privilege to attend the official Press Preview of Hannover Messe 2026 in Germany — an experience that was both professionally enriching and personally inspiring.

Widely regarded as the world’s leading industrial technology trade fair, Hannover Messe once again demonstrated why it remains the global stage where industry, innovation, and policy converge. The press preview offered an early and compelling look into what promises to be a landmark 2026 edition, setting the tone for transformative discussions in April.

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AI at the Core of Industrial Transformation

One clear message resonated throughout the preview: Artificial Intelligence is no longer optional — it is foundational.

AI is emerging as the unifying thread across all major exhibition areas, from smart manufacturing and industrial automation to energy systems and digital platforms. Real-world applications showcased during the preview highlighted:

  • Autonomous robotics enhancing shopfloor productivity
  • Data-driven industrial intelligence for predictive maintenance
  • AI-powered design and simulation tools
  • Smart energy management systems supporting sustainability goals

Rather than isolated innovations, these technologies represent an integrated ecosystem where digitalisation, automation, and sustainability converge to redefine manufacturing.

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Focus Areas for 2026

Hannover Messe 2026 will spotlight key themes shaping the future of global industry:

  • Industrial AI & Machine Learning
  • Smart Manufacturing & Automation
  • Digital Ecosystems & Industrial Software
  • Energy 4.0 & Sustainable Solutions
  • Hydrogen & Alternative Energy Technologies

The preview discussions made it evident that resilience, efficiency, and carbon-neutral growth are central to the industrial agenda.

Brazil as Partner Country: Strengthening Global Collaboration

A significant highlight for 2026 is Brazil as the official Partner Country.

Brazil

Brazil’s participation underscores the importance of global collaboration in driving sustainable industrial growth, innovation exchange, and strategic economic partnerships. With strong representation expected from Brazilian companies, startups, and technology providers, the 2026 edition will further strengthen international industrial ties.

Industry Visits & Media Interactions

Beyond the conference sessions, the press preview also offered valuable networking and industry engagement opportunities.

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Reconnecting with technical media colleagues from India allowed for meaningful conversations on emerging global technology trends and their impact on the Indian manufacturing ecosystem.

A visit to Phoenix Contact provided firsthand insight into how German engineering excellence continues to drive innovation in industrial automation, connectivity, and energy management solutions.

Engaging with exhibitors ahead of the main event reinforced a strong sense of optimism. Companies are not merely showcasing products — they are presenting integrated, scalable solutions designed to tackle real industrial challenges.

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A Platform Defining the Industrial Future

Hannover Messe continues to serve as more than a trade fair. It is a strategic platform where:

  • Policymakers discuss industrial competitiveness
  • Technology leaders unveil next-generation solutions
  • Manufacturers explore digital transformation roadmaps
  • Global partnerships are forged

The 2026 edition promises to be a defining moment for industries navigating rapid technological change and sustainability imperatives.

As DailyCADCAM, we look forward to covering the full exhibition in April — bringing our readers exclusive insights, interviews with global technology leaders, and in-depth analysis of innovations shaping the future of design, engineering, and manufacturing.

The journey toward a smarter, more sustainable industrial world is accelerating — and Hannover Messe 2026 is at its epicenter.


Stay tuned to DailyCADCAM.com for exclusive coverage, interviews, and technology highlights from Hannover Messe 2026.

For more details about HM2026 Visit – https://www.hannovermesse.de/en/

PTC Adds Cloud-Native MBD Capability in Onshape

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Onshape

BOSTON, MA, USA, Feb 26, 2026 – PTC (NASDAQ: PTC) today announced the release of a fully cloud-native Model-Based Definition (MBD) capability, built directly into its Onshape computer-aided design (CAD) and product data management (PDM) platform. The new capability allows engineering teams to add manufacturing information directly into the 3D model early in the design process, enabling clearer design intent, fewer handoffs, and improved efficiency across design, documentation, manufacturing, and quality.

Cad onshape background mbd

In traditional file-based CAD and PDM systems, manufacturing data is spread across drawings, exports, and disconnected files. This approach makes product definition harder to keep current, accessible, and trustworthy. The Onshape cloud-native platform, built on Amazon Web Services (AWS), helps eliminate these challenges by allowing teams to work from the same, always‑up‑to‑date product definition, enabling reduced errors and accelerated design‑to‑production workflows.

“When you build aircraft under strict regulatory oversight, ambiguity is expensive,” said Marc Germain, Chief Digital Officer at Aura Aero. “As an early user of MBD in Onshape, being able to carry certification and manufacturing requirements inside the model instead of across drawings and files is already cutting rework and review cycles and helping our teams work faster with fewer handoffs.”

“Onshape Model-Based definition is a great example of how AWS and PTC are working together to modernize engineering,” said Michael Choe, AWS General Manager, US Automotive and Manufacturing. “By re-architecting core engineering tools on AWS’ cloud-native platforms, we’re unlocking new possibilities—making them easier to deploy globally, more powerful through AI-driven capabilities, and dramatically better at enabling friction-free, real-time collaboration across distributed teams. This strategic collaboration represents a major leap forward in how teams design, build, and bring products to market.”

Key MBD capabilities include:

  • Integrated 3D Annotations: Engineers can embed GD&T, weld symbols, and datums directly into the 3D model, clearly communicating design intent without relying on separate 2D drawings.
  • Smart Inspection Panel: All product manufacturing information (PMI) is automatically organized into a structured, filterable list, with instant cross-highlighting to the related geometry in the model.
  • Shareable MBD Views: Teams can share PMI-rich models through simple URLs that preserve views and annotations, enabling browser-based access with no exports, plugins, or add-ons required.
  • Feature Tree Awareness: MBD annotations remain intelligently linked to the feature tree, keeping specifications connected to the correct geometry as designs evolve.
  • Downstream-Ready Data: Models can be prepared for inspection and compliance workflows with support for STEP AP242 export and integration with tools such as PC-DMIS and AS9102.

“Cloud-native MBD is a critical step for our customers to build an intelligent, fully digital product lifecycle,” said David Katzman, EVP and General Manager of Onshape and Arena at PTC. “By moving product definition into the cloud, companies can finally break down barriers between design, manufacturing, and the rest of the enterprise. This shift is made possible by AWS’ scalable infrastructure and AI capabilities, which enable Onshape to deliver a faster and more resilient cloud-native platform.”

With Onshape and the rest of its portfolio, PTC is delivering on its vision for the Intelligent Product Lifecycle: enabling manufacturers and product companies to build a product data foundation, extend the value of that data across their enterprise, and accelerate AI-driven transformation. Broader use of product data enables companies to bring higher quality products to market faster, better manage product complexity, meet regulatory and compliance standards, and much more.

For more information on cloud-native MBD in Onshape, visit Model-Based Definition (MBD) in 3D CAD.

To learn more about Onshape, the industry’s only cloud-native CAD and PDM platform, visit www.onshape.com.

About PTC

PTC (NASDAQ: PTC) is a global software company that enables manufacturers and product companies to digitally transform how they design, manufacture, and service the physical products that the world relies on. Headquartered in Boston, Massachusetts, PTC employs over 7,000 people and supports more than 30,000 customers globally. For more information, visit www.ptc.com.

Stratasys Achieves EcoVadis Gold Medal for Sustainability, Ranking in Top 5% of Companies Assessed Globally

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MINNETONKA, MN, USA and REHOVOT, Israel, Feb 26, 2026 – Stratasys Ltd. (NASDAQ: SSYS) announced today that it has earned a Gold Medal from EcoVadis for sustainability, placing the company in the top 5% of 150,000 organizations evaluated globally, improving its status from last year’s Silver rating. Being at the highest level of ESG performance helps strengthen our value proposition to customers and their sustainable goals.

EcoVadis is a leading provider of business sustainability ratings, evaluating companies across four key areas: environment, labor and human rightsethicsand sustainable procurement.

“Through our Mindful Manufacturing commitment, we’re building the evidence-based, data-driven responsible business practices that our customers and strategic stakeholders increasingly expect from a future-ready manufacturing partner,” said Rosa Coblens, Vice President, Sustainability and Communications, Stratasys. “Earning the EcoVadis Gold Medal and ranking in the top 5% globally is an important recognition of the hard and dedicated work our global teams have done to strengthen sustainability infrastructures across the company.”

Stratasys’ improved rating reflects sustainability excellence, maturity of management systems, and continued progress across enterprise sustainability practices, including reporting emissions across the value chain (Scope 3), increased supplier engagement on ESG, ongoing research on product environmental impacts through Life Cycle Analyses (LCAs), and third party limited assurance processes for carbon reporting.

As a leading 3D printing business partner for future-ready manufacturing enterprises, Stratasys helps customers scale production of parts while supporting more efficient, optimized, and responsible manufacturing.

To view Stratasys’ EcoVadis recognition, visit: https://recognition.ecovadis.com/phFCoTqjpkajWrBJaERztQ

For more information on Stratasys sustainability initiatives, visit: www.stratasys.com/sustainability

About EcoVadis

EcoVadis is a provider of business sustainability ratings, offering insight into environmental, social, and ethical performance across global supply chains. Its methodology is built on international sustainability standards, including the Global Reporting Initiative, the United Nations Global Compact, and ISO 26000.

About Stratasys

Stratasys is leading the global shift to additive manufacturing with innovative 3D printing solutions for industries such as aerospace, automotive, consumer products, and healthcare. Through smart and connected 3D printers, polymer materials, a software ecosystem, and parts on demand, Stratasys solutions deliver competitive advantages at every stage in the product value chain. The world’s leading organizations turn to Stratasys to transform product design, bring agility to manufacturing and supply chains, and improve patient care.

To learn more about Stratasys, visit www.stratasys.com, the Stratasys blogX/TwitterLinkedIn, or Facebook.

Methods to Inaugurate National Center of Excellence at its Chicago Office in Gilberts, Illinois

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Methods COE

SUDBURY, MA, USA, Feb 26, 2026 — Methods Machine Tools, the foremost supplier of high-precision CNC machining centers, automation, and engineering services in North America will cut the ribbon on its new National Center of Excellence at its Chicago Regional Technical Center during an open house event on Thursday, April 9 from 10 a.m. to 3 p.m.

The Methods Center of Excellence (COE) is a 7,000 square-foot facility that will feature hands-on programs focused on technical, electrical, mechanical, and product training for Methods’ nationwide customers and team members.

The facility will also welcome next-generation manufacturers and engineers from area schools to bolster the region’s access to latest industry trends and technologies.

“Relationships, service, engineering, partnerships, these are core principles that have served our customers and team for nearly 70 years,” said Rick Alton, Methods Chief Executive Officer. “The Methods Center of Excellence will bring these principles to life in a world-class environment that will support growth and knowledge of every student who visits.”

Methods and builder-partner factory-certified product experts from around the United States and Japan will lead training syllabi and courses that cover the full range of Methods’ machining, applications, and engineering portfolio.

“Our customers deserve investment into the most innovative and thoughtful support throughout their partnership with Methods,” added Jacob Krotz, Manager of the Center of Excellence. “The COE is built around a hands-on training philosophy. It will be a place we roll up sleeves, remove sheet metal and way covers, and dig deep into the heart of what makes our people and machines the best in the industry.”

In addition to the Center of Excellence, event attendees will also access the large showroom to view demonstrations, meet with product experts, and learn about Methods Services.

A Methods Student Day event for area educators and students will be hosted on Friday, April 10.

Methods has operated from the Chicagoland area serving Illinois and Wisconsin since 1996, opening its first location in Elgin before moving to the current 36,000-square-foot facility in Gilberts in 2021.

Those seeking more information about the event or attendance should visit the event page.

About Methods Machine Tools, Inc.

Methods Machine Tools, Inc. supplies high-precision machine tools from FANUC, Nakamura-Tome, YASDA, OKK, KIWA Japan, Weiler, and its own brand of Methods machining centers. Methods pairs machines with a suite of services including automation, integration, applications, financing, and 24/7, U.S.-based technical support. Headquartered in Sudbury, Mass., and in operation since 1958, Methods operates seven technical centers, and a one-of-a-kind Precision Center. Methods has installed more than 45,000 machine tools throughout North America. For more information, call 877-668-4262 or visit www.methodsmachine.com.

Freemelt, NFG Collaborate on Manufacturing Methods for Fusion Reactors

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GOTHENBURG, Sweden, Feb 26, 2026 – Freemelt has signed a Memorandum of Understanding (MoU) with Novatron Fusion Group (NFG) regarding collaboration on manufacturing methods for fusion reactors. Through this MoU, Freemelt further intensifies its fusion-related activities in the Nordic market.

Freemelt has established a strong position within fusion and is deeply engaged in the European fusion ecosystem centered around ITER. The company is currently leading a feasibility study for Fusion for Energy (F4E), the EU organization responsible for Europe’s contribution to ITER, with the objective of qualifying tungsten as a material and conducting application testing for fusion-related use cases.

As early as 2023, Freemelt initiated a collaboration with the United Kingdom Atomic Energy Authority (UKAEA). Following successful projects in material studies and application development, UKAEA has acquired Freemelt’s industrial eMELT machine for continued development of tungsten components. This work forms part of Freemelt’s long-term commitment to enabling advanced manufacturing for future energy systems.

NFG is the only private fusion initiative in the Nordic region. In 2025, NFG also entered into a collaboration with Fusion for Energy (F4E), focusing on knowledge exchange, strengthening collaboration between public and private stakeholders, and enhancing Europe’s competitiveness in fusion energy.

“Fusion is a strategic focus area for Freemelt. Through this MoU with NFG, we aim to contribute to the development of Nordic fusion as a future clean energy source, while strengthening the Swedish and Nordic high‑technology ecosystem,” says Daniel Gidlund, CEO of Freemelt.

“Our collaboration with Freemelt and their expertise in tungsten helps propel us forward in our work to realize fusion energy. We enter this partnership with strong momentum and a shared belief in what we can achieve together – a clear step forward in building a robust Nordic fusion ecosystem,” says Philip von Segebaden, Head of Partnerships at Novatron Fusion Group.

About Freemelt

Freemelt develops advanced 3D printers for metal components and aims to become the leading supplier in additive manufacturing (AM) using E-PBF technology, targeting SEK 1 billion in revenue by 2030. The solutions primarily support companies in the defense, energy, and medical technology sectors in Europe, U.S. and Asia, enabling them to drive innovation and improve production efficiency.

Founded in 2017, Freemelt has expanded its product portfolio to include three printer models, with two designed for industrial production and one (Freemelt ONE) targeting research institutes and universities. The modular industrial printers (eMELT) leverage E-PBF technology, delivering significantly higher efficiency compared to other machines on the market while maintaining flexibility in metal selection.

Freemelt generates revenue primarily through the sale of advanced 3D printers at fixed prices, complemented by support and maintenance services, which are expected to account for 25% of total revenue by 2030.

The company is now focused on further industrializing its product and service portfolio and driving commercialization in the European, North American, and Asian markets. Read more at www.freemelt.com.

GelSight Mobile 4.3 Features Advanced 3D Visualization, Enhanced Defect Detection for Curved Surfaces

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WALTHAM, MA, USA, Feb 26, 2026 – GelSight, a pioneer in surface analysis technology, announced the release of its GelSight Mobile 4.3, the latest software update designed to address key customer needs with powerful new capabilities and performance enhancements.

GelSight Mobile

The release delivers a redesigned 3D visualization experience, expanded defect detection on curved surfaces, and broader automation support, which enables faster, more consistent, and data-driven surface inspection across complex geometries.

GelSight Mobile 4.3 introduces a new 3D rendering engine and advanced visualization tools that allow users to analyze surface features with greater clarity and precision. Enhancements to defect detection further expand applicability to curved and non-planar surfaces, helping manufacturers move beyond subjective visual inspection toward repeatable, quantitative results.

“With GelSight Mobile 4.3, we’re continuing our focus on automation, usability, and measurement confidence,” said Dennis Lang, Chief Business Officer, GelSight. “The new 3D rendering and curved-surface defect detection capabilities reflect direct feedback from our customers and enable them to inspect more complex parts with greater speed, consistency, and trust in the data.”

 Key New Features in GelSight® Mobile™ 4.3 Include:

  • New high-performance 3D rendering engine
  • Custom 3D cropping for targeted surface analysis.
  • Circular profile roughness measurements
  • Enhanced Defect Detection algorithm, expanded for use on curved surfaces

Together, these updates unlock faster analysis, improved repeatability, and streamlined one-touch reporting, particularly for challenging geometries where traditional inspection methods fall short.

 GelSight Mobile 4.3 also includes GelSight’s full suite of measurement tools and automation improvements, such as:

  • API capability
  • Defect detection
  • Profile and surface roughness
  • Offset measurement
  • Scratch tool
  • Pit detection
  • Particle counting
  • Profile geometry
  • Hole diameter
  • Shot peen coverage
  • Replica measurement with image transformation
  • Function and pass/fail limit customization
  • 2D tools
  • Stitch mode
  • AI toolbox

GelSight Mobile 4.3 is available now and is compatible with GelSight Mobile systems, helping customers accelerate inspection workflows while maintaining the highest standards of surface quality and traceability. Request more information by contacting info@gelsight.com. To learn more about GelSight’s mobile metrology solutions, visit the company’s website.

About GelSight

GelSight is a pioneer in digital, imaging-based surface analysis. The proprietary technology that was invented at the Massachusetts Institute of Technology provides extremely detailed and rapid surface characterization, enabling several surface measurement applications and robotic sensing capabilities. Its elastomeric 3D imaging systems are currently in use in aerospace, automotive, forensics and in many robotic research labs throughout the world. GelSight is Digital Touch and Feel. For more information, please visit https://gelsight.com/.

Mexico-based COATL Engineering to Offer ENGYS’ HELYX, ELEMENTS across Latin America

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Coatl engys

LONDON, UK, Feb 26, 2026 – ENGYS announces a new agency agreement with COATL Engineering in Mexico to strengthen its presence across Latin America. The partnership reinforces ENGYS’s commitment to delivering local commercial and technical support for HELYX and ELEMENTS users throughout the region.

Latin America represents a growing market for advanced engineering simulation, particularly in the automotive, aerospace, energy and industrial sectors. Through this collaboration, ENGYS aims to provide closer access to scalable open-source CFD solutions, supported by regional expertise and direct technical engagement.

COATL Engineering will be responsible for commercial activities and sales support in Mexico, Central America and the Caribbean, ensuring that all CFD users in the region can take full advantage of the many benefits provided by HELYX and ELEMENTS in terms of reduced licensing costs, scalability, ease-of-use, technical quality and robustness.

“Partnering with ENGYS allows us to bring robust and flexible CFD solutions to engineering teams across Latin America,” said David Barrera, Managing Director of COATL Engineering. “There is increasing demand for simulation tools that offer transparency, access to the source-code and adaptability to specific industrial workflows. This collaboration enables us to respond to that demand with strong regional support.”

Francisco Campos, Director of Operations at ENGYS, commented: “ENGYS has established a strong presence in the Americas through our US and Brazilian offices. With this agreement, we are expanding our reach into more Spanish-speaking territories across Latin America. By working with COATL Engineering, we extend our regional coverage while maintaining the high technical standards and customer support that define ENGYS. Our aim is to ensure that engineers throughout LATAM can get reliable access to HELYX and ELEMENTS, our enterprise-class open-source CFD technologies.”

About ENGYS

ENGYS develops advanced open-source CFD software solutions for enterprise applications designed to make fluid dynamics simulations more accessible, efficient, and cost-effective. With a commitment to innovation, continuous improvement and customer success, ENGYS offers powerful software tools such as HELYX and ELEMENTS, backed by expert support and consultancy services across multiple industrial sectors globally. For more information, visit www.engys.com.

About COATL Engineering

COATL Engineering is an engineering consultancy based in Mexico, providing simulation-driven solutions and technical services to industrial clients. The company supports product development and optimisation through advanced engineering tools and local expertise. For more information, visit https://www.coatl.tech.