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COMSOL Announces Keynote Speakers for 2025 Boston Conference

Nitin Patil
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COMSOL Announces Keynote Speakers for 2025 Boston Conference

BURLINGTON, MA, USA, Aug 8, 2025 – COMSOL, a global leader in modeling and simulation software, announced the keynote speaker lineup for the COMSOL Conference 2025 Boston, which will be held in Boston, MA, on October 8–10. The COMSOL Conference is an event where simulation specialists and researchers can share their modeling and simulation work, and the keynote sessions will showcase how leaders from a variety of industries — including the aerospace & defense, electronics, semiconductor manufacturing, and food & beverage industries — are using the COMSOL Multiphysics software to improve product design and optimization processes.

The featured speakers will include:

  • Kyle Koppenhoefer of AltaSim Technologies
  • Zhen (Jim) Sun of Amazon Lab126
  • Soon Kiat Lau of Conagra Brands
  • Juejun (JJ) Hu of MIT
  • Hannah Alpert of NASA Ames Research Center
  • Hanna Paddubrouskaya of Tokyo Electron US (TEL)

“With the need to make smarter design decisions and innovate faster, modeling and simulation are increasingly important tools in an engineer’s arsenal,” said Alpert. “I’m looking forward to speaking at the COMSOL Conference 2025 and highlighting how COMSOL Multiphysics® helps NASA to solve complex engineering challenges.”

Learn more about Alpert’s talk as well as the other five presentations below.

AltaSim Technologies: “Creating Knowledge with COMSOL Multiphysics®“

Koppenhoefer will discuss how the multifaceted nature of successful simulation-driven projects requires an approach that combines technical expertise with effective organizational support, interdisciplinary collaboration, clear problem definition, and strategic communication.

Amazon Lab126: “Sound Science: Leveraging Acoustics Simulation for Better Alexa Devices”

Sun will explore how Amazon Lab126 uses advanced acoustic simulations in COMSOL Multiphysics® to design and optimize Amazon Echo products.

Conagra Brands: “From Byte to Bite: Solving Problems in the Food Processing Industry with Multiphysics Models”

In this keynote talk, Lau will cover how and when multiphysics simulation can be used to solve problems in food processing, with examples that demonstrate Conagra Brands’ successful uses of simulation.

MIT: “Thermal Inverse Design of Microheaters”

Professor Hu will take the stage to introduce an inverse design strategy for an important class of devices: resistive microheaters, which are widely used in electronics, photonics, MEMS, and microfluidics.

NASA Ames Research Center: “Reconstructing Surface Heating from an Inflatable Atmospheric Reentry Vehicle”

In Alpert’s keynote talk, she will share how NASA combined in-flight thermocouple data with inverse analysis in COMSOL Multiphysics® to estimate the surface heat rate across an inflatable reentry aeroshell, ultimately contributing to improved thermal models and design tools for NASA’s future aeroshell missions.

TEL: “Beyond Measurement: Simulating Nanoscale Gas Behavior in Wafer Fabrication Systems”

In this talk, Paddubrouskaya will discuss how using COMSOL Multiphysics® and its add-on products, such as the Molecular Flow Module, enables accurate representation of rarified gas transport, surface interactions, and pressure distributions in narrow channels. She will also discuss how the software bridges the gap between theory and unmeasurable physical behavior.

For more details on the keynote talks, and to register for the COMSOL Conference 2025 Boston, visit the conference website.

About COMSOL

COMSOL is a global provider of simulation software for product design and research to technical enterprises, research labs, and universities. Its COMSOL Multiphysics® product is an integrated software environment for creating physics-based models and simulation apps. A particular strength is its ability to account for coupled or multiphysics phenomena. Add-on products expand the simulation platform for electromagnetics, structural, acoustics, fluid flow, heat transfer, and chemical applications. Interfacing tools enable the integration of COMSOL Multiphysics® simulations with all major technical computing and CAD tools on the CAE market. Simulation experts rely on COMSOL Compiler™ and COMSOL Server™ to distribute apps to their design teams, manufacturing departments, test laboratories, and customers throughout the world. Founded in 1986, COMSOL has 16 offices worldwide and extends its reach with a network of distributors.

EON Reality Launches EON FlowTutor Powered by OpenAI’s Study Mode

Nitin Patil
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0
EON Reality Launches EON FlowTutor Powered by OpenAI’s Study Mode

IRVINE, CA, USA, Aug 8, 2025 – EON Reality, the global leader in AI-assisted virtual and augmented reality knowledge transfer, headquartered in Irvine, California, is excited to announce the launch of EON FlowTutor. This next-generation immersive learning mode revolutionizes education by integrating EON Reality’s advanced multi-agent simulation system with OpenAI’s groundbreaking Study Mode technology.

For over 25 years, EON Reality has created AI-powered extended reality (XR) solutions for education and industry. EON FlowTutor represents the next evolution: delivering fluid, learner-driven experiences by moving beyond fixed lesson scripts. The platform uses 30+ AI agents to create a dynamic, dialog-rich tutoring environment grounded in Socratic questioning, personalized feedback, and continuous knowledge checks — core components of OpenAI’s Study Mode.

Key Features of EON FlowTutor:

  • Adaptive, Flow-Based Learning: Learners experience a responsive environment where the system dynamically shifts between teaching, engagement, and assessment based on individual input and needs.
  • Multi-Agent Interactive Tutoring: A diverse ecosystem of AI avatars act as tutors, challengers, assessors, and collaborators to enrich learner interaction.
  • Socratic Questioning & Personalized Feedback: Inspired by OpenAI’s Study Mode, agents probe learners’ understanding and provide scaffolded guidance to foster critical thinking.
  • Open-Ended Mission-Based Simulations: Learners actively co-create problem-solving scenarios, supported by adaptive agent guidance, encouraging persistence and discovery.
  • Seamless Engagement and Assessment: Removes rigid phase boundaries; learning and evaluation occur in an integrated, continuous feedback loop.

“EON FlowTutor is a landmark advancement in immersive learning,” said Dan Lejerskar, EON Reality Chairman. “By integrating OpenAI’s Study Mode into our multi-agent platform, we empower learners to explore complex topics with the adaptability and patience of an expert human tutor. This transition from scripted recipes to dynamic, learner-centered journeys promises to transform educational experiences worldwide.”

How EON FlowTutor Advances Beyond Traditional EON XR Platform

FeatureTraditional EON XR PlatformEON FlowTutor
Learning StructureVery structured, scripted phases: Lecture, Engagement, Assessment, Simulator, and Total Score with 360° performance view.Dynamic, fluid progression allowing transitions between lecture, engagement, and assessment based on learner interaction in real time.
AdaptivityFixed lesson sequence largely unaffected by learner responses or skill gaps.Highly adaptive with real-time response and scenario adjustments tailored to individual learner inputs and evolving understanding.
Tutoring ApproachPrimarily instructional with standard content delivery followed by assessments.Socratic and dialog-driven, using probing questions to stimulate critical thinking and deeper engagement.
Agent InvolvementLimited AI agents with scripted roles and interactions.30+ specialized AI agents acting in differentiated tutoring, assessment, and collaboration roles.
Learner AutonomyLinear path with limited learner control or exploration.Encourages learner-directed exploration and decision-making within open-ended simulations.
Assessment IntegrationDistinct assessment phases, typically occurring after content or simulations.Continuous and integrated assessment blended seamlessly within all learning interactions.
Feedback and ReflectionFeedback delivered at fixed points focusing on scoring and performance metrics.Personalized, immediate feedback that encourages reflection and metacognitive growth throughout the learning process.
Use of OpenAI Study ModeNot integrated with Study Mode.Leverages OpenAI Study Mode techniques for adaptive tutoring, personalized questioning, and formative assessments.

EON FlowTutor is now available to educational institutions, enterprise training providers, and content developers aiming to push the boundaries of immersive learning through AI-powered adaptive tutoring.

Download the full White Paper here. 

About EON Reality

EON Reality is the world leader in Artificial Intelligence-powered Augmented and Virtual Reality-based knowledge transfer for industry and education. With over 25 years of experience, EON Reality is committed to making knowledge available, accessible, and affordable globally. EON Reality’s global network spans more than 1.8 million licenses and has created the world’s leading XR library for knowledge transfer, with over 136 million users worldwide across education institutions, Fortune 500 companies, and government organizations in 40+ countries.. For more information, please visit www.eonreality.com.

EZ-CAM 2026 Released

Nitin Patil
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0
EZ-CAM 2026 Released

NORTH BROOKFIELD, MA, USA, Aug 8, 2025 – EZ-CAM Solutions Inc., pioneer in sophisticated and easiest-to-use wizard-based CAD/CAM systems, is pleased to announce the availability of EZ-CAM 2026. EZ-CAM 2026 advances CAD/CAM with new 3D toolpaths, curve-less machining, and smarter usability.

What’s new in EZ-CAM 2026?

1. Industry-Leading 3D Toolpaths

The 2026 edition introduces an entirely new generation of high-performance toolpaths:

3D Roughing

• Auto side lead-in/out from stock boundary enables the tool to automatically lead in and out from the edge of the stock material, ensuring safe entry and exit without engaging the part.

• If helical plunging is not feasible due to a narrow area, the system automatically switches to Zig-zag within the limits and continues safely without showing an error.

• Minimize Jumps option replaces Z-rapid retracts with optimized safe-Z lifts, eliminating unnecessary retracts to high clearance planes for smoother and more efficient toolpaths.

3D Re-Roughing

• Independent control over re-roughing parameters allows a separate set of plunge settings, machining allowances, finish tolerances, and boundary definitions to be applied, enabling toolpaths to be precisely tailored for both roughing and re-roughing.

• Accurate rest material computation for all tool types ensures precise detection of uncut material regardless of tool type, improving efficiency and accuracy in re-roughing and finishing sequences.

New 3D Finishing Strategies

• Parallel, Radial, Morphcut, Curve Projection

• Supports undercut tools such as T-slot and lollipop cutters.

• Supports selection of Check Surfaces and specification of minimum and maximum Surface Angle parameters to restrict toolpath generation to the desired regions.

• Smooth automatic ramp in/out

• Variable Step mode for consistent scallop height

Spiral Finish

• Automatically transitions to elliptical spirals for wide areas, maintaining tool efficiency and surface quality

• Users can define both the cutting direction and the starting point of the operation for better control.

• Allows the addition of dedicated finish passes within spiral operations for enhanced precision

• Variable Step maintains scallop tolerance while optimizing X-Y step length

Pencil Milling Enhancements

• Adds support for multiple pencilcut passes, ideal for detailed edge cleanup and improved surface quality

• Also supports constant-Z passes by specifying the Z step parameter

2. Next-Gen Wizard Interface

Redesigned UI with modern visuals and always-visible data panels. Help graphics enhance understanding during toolpath setup.

  • Faster Programming and Simulation

In previous versions, users had to close the workstep dialog to calculate toolpaths, select surfaces, or initiate simulation. Now, all these steps can be performed directly while the window remains open. You can even exit simulation mode by simply double-clicking an empty space on the screen—no need to use the Redraw command.

  • Right-Side Command Panel

2D Wizards now appear above the workstep list for improved workflow access. From here, you can initiate a new workstep, enter tool parameters, and select geometry—all without ever closing the active window.

  • Seamless Workstep Navigation

You can now switch between ez-cam commands and workstep editing with a single click. Toolpath recalculation is available while the window remains open, making it easy to iterate quickly.

  • Automatic Tool Diameter

A new button next to the input box enables the tool diameter to be set automatically based on the current selection. For drilling operations, it matches the diameter of the selected holes. For contouring and pocketing operations, it matches the minimum corner fillet radius of the selected faces.

  • In-Place Renaming

A new right-click feature allows for easy renaming of worksteps directly in the list—just right-click and rename.

3. Curveless System Improvements

Curveless now supports: pocketing, contouring, chamfering, wrapping, 4th-axis, drilling, threading.

 Threadmilling face-based SmartClick support for internal and external threads

 Wrapping with Open-End Pockets supported in EZ-MILL and EZ-TURN

 Pocketing/Contouring with Bosses Combine Regions supports embedded features

 Check Surface Expansion supported in more pocketing/contouring cases

 Open-Edge Contouring with check surfaces and auto region detection

 4th Axis Surface Finishing via contour with 3D projection (EZ-TURN)

 SmartClick Enhancements

  • Selects flat faces at same Z height; ignores blind hole ends
  • Supports wrapping via face selection at same diameter
  • Draft/taper angles automatically populated
  • Automatically set Z-surf and Z-depth
  • Avoids faces with negative surface normal
  • Allows curveless indexing without UCS using first selected surface

4. Workflow, Automation & Integration Enhancements

  • Enhanced “World on Surface” Command

Dynamic X-Axis Alignment: When the cursor is moved near a linear edge of the selected face, the X-axis of the UCS automatically aligns with that edge. This intuitive preview helps the user understand how the UCS will be oriented before placing it.

Endpoint-Based Direction Control: The system intelligently chooses the X+ direction based on the proximity of the cursor to the endpoints of the selected edge, allowing more precise orientation without requiring manual axis flipping. 

  • EZ-WEB Tools

Backup/restore from “default account” tied to license keyNew option to upload user-selected filesRestore log opens in preferred text editorBackup/restore access directly from Starting WindowBetter exception handling prevents crash scenarios during upload / download

  • UI & Automation

Double-clicking empty space now triggers RedrawTrue 3D Screen Point Snapping: When hovering over a surface, the “Screen Point” snapping mode now locks to the actual 3D coordinates of the model allowing reliable distance measurements.

Geometry Copy/Paste works across layers and EZ-CAM modulesSpreadsheet command can sync Tool Data across all worksteps using same tool number

  • Alibre Enhancements

“Transfer Fixture” and “Transfer Stock” supportedWhen working with assemblies in Alibre, using the “Edit Here” or “Edit in Separate Window” command on a specific component ensures that the part retains its precise placement during the transfer into EZ-CAM

Feature data from design tree now transferred (e.g., fillet radius for 3D geometry)

  • SOLIDWORKS Plug-in

Improved model transfer reliabilityBetter handling of special characters and face properties

5. EZ-EDM: Redesigned Icons for All Commands

All command icons have been redesigned in a larger 32 x 32 size to improve visibility and usability. The new icons ensure a visually cohesive interface, making commands easier to recognize and access.

EZ-CAM Supported machines include mills and routers equipped with 2-axis through 4-axis (full wrapping) and 5-axis positioning; plasma and lasers; 2-axis lathes with live tooling, sub-spindle, and two turrets; and 2-axis through 4-axis EDM. All vintage model controls and today’s most advanced systems are supported through a vast library of post-processors (G-code translators).

To download and try EZ-CAM 2026, visit https://ezcam.com/ezcam-downloads.

About EZCAM Solutions Inc.

EZ-CAM started as Bridgeport Machines CAD/CAM software in 1982 and rapidly became world-renowned in the manufacturing industry. It offers robust CAD/CAM solutions for 2 through 5-axis CNC Mills, Lasers, Plasma cutters, Routers, 2-axis CNC Lathes, Turn/Mill, and 4-axis Wire EDM machines.

EZ-CAM is dedicated to deliver the easiest to learn and use CAD CAM systems which produce the best machine code with proven post processors. For more information, visit https://ezcam.com.

Aconity3D Integrates INLEAP FASTLIGHT Technology for Enhanced LPBF Performance

Nitin Patil
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Aconity3D Integrates INLEAP FASTLIGHT Technology for Enhanced LPBF Performance

HERZOGENRATH, Germany, Aug 7, 2025 – Aconity3D is pleased to announce a strategic technology partnership with INLEAP Photonics.

As part of this collaboration, the INLEAP FASTLIGHT technology is now being integrated into our highly customizable LPBF systems – marking a major step forward in the optimization of laser-based additive manufacturing processes.

The INLEAP FASTLIGHT system introduces a novel, pixel-based approach for ultra-fast laser beam steering and sets new benchmarks for performance and process flexibility:

  • Faster beam steering for increased productivity
  • Cost-efficient production processes
  • Improved energy efficiency for sustainable manufacturing
  • Enhanced process flexibility through dynamic control of energy input and temperature fields

By incorporating this cutting-edge technology into Aconity3D’s modular machine architecture, we’re once again raising the bar for industrial 3D printing – combining speed, efficiency, and adaptability.

To know more or to configure your Aconity3D machine with INLEAP ASTLIGHT, visit https://configurator.aconity3d.com/de/units/AconityX

For more information, visit https://aconity3d.com.

EOS, NASA Sign Space Act Agreement to Launch Metal Additive Manufacturing Master Class

Nitin Patil
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EOS, NASA Sign Space Act Agreement to Launch Metal Additive Manufacturing Master Class

PFLUGERVILLE, TX, USA, Aug 7, 2025 – EOS, a leading supplier of additive manufacturing (AM) solutions for industrial 3D printing, today announced a Space Act Agreement with NASA and the EOS Additive Minds Academy to offer the Metal AM Master Class, an advanced, hands-on training program. The course will be proctored in collaboration with renowned experts Dr. Paul Gradl, Principal Engineer, NASA, and Dr. Omar Mireles, Additive Manufacture R&D Engineer, Zia AM, both recognized leaders in AM for space flight and high-performance applications.

Beginning in November 2025, the classroom and hands-on training program will take place at the EOS technical center in Pflugerville, Texas, covering metal industrial 3D printing processes and post-processing techniques for successful part fabrication and infusion into applications. This course will serve as a technology-agnostic review of metal AM strategies, such as laser powder bed fusion (LPBF), directed energy disposition (DED), and other advanced methods.

“This partnership embodies the power of public-private collaboration accelerating the adoption and understanding of additive manufacturing. Through our agreement with NASA, we are delivering unparalleled access to the expertise and technologies that are shaping the future of aerospace and advanced manufacturing.” Fabian Alefeld, EOS global director of business development and the Additive Minds Academy.

Designed for engineers, researchers, program managers, industry leaders, and newcomers alike, the course includes: 

  • Overview of solid-state AM processes and their process chains
  • Hands-on deep dives into the LPBF process chain, design, post-processing, and quality assurance
  • Theory and practical lessons learned sessions led by Dr. Paul Gradl (NASA) and Dr. Omar Mireles (Zia AM)
  • Hands-on experience with EOS M 290, EOS M 300-4, and EOS M 400-4 systems
  • Build job development, post-processing, and lab testing
  • EOS Additive Minds Certificate of Completion awarded to participants

Space Act Agreements are special legal agreements authorized by the National Aeronautics and Space Act of 1958, allowing NASA to collaborate with a wide range of partners, including government agencies, private companies, and educational institutions to support its mission. These agreements provide NASA with flexibility to enter contracts and cooperative arrangements that further its goals, including international space cooperation.

About NASA

NASA leads the world in space exploration, scientific discovery, and aeronautics research. Through its Artemis program, NASA is returning astronauts to the Moon and preparing for human exploration of Mars. The agency also studies Earth, the Sun, the solar system, and beyond, while developing new technologies for air and space. For more information about NASA’s missions and programs, visit: https://www.nasa.gov.

About EOS

EOS provides responsible manufacturing solutions via industrial 3D printing technologies to organizations around the world. Since 1989, EOS has shaped the future of manufacturing by enabling its customers to innovate and differentiate through expert guidance, technology and services, leveraging its end-to-end additive manufacturing (AM) industry partnerships. From strategy to education to production, EOS is the leading global partner for both metal and polymer AM solutions, accelerating time-to-market for its customers through high-quality production efficiencies and sustainable solutions. For more information, visit https://www.eos.info.

VariCAD 2025-3.0 Released for Windows, Linux

Nitin Patil
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0
VariCAD 2025-3.0 Released for Windows, Linux

LIBEREC, Czech Republic, Aug 7, 2025 – VariCAD announces the release of a new version of its flagship product, VariCAD 2025-3.0.

The new version contains changes in 3D modeling, a new feature in 3D groups – support of transformation of 3D group location, definition of tolerances of 3D threads created for 3D printing, color mapping for DWG/DXF output and a new option for input of 2D coordinates from a text file. Moreover, a VariCAD Viewer supports working with multiple open files.

Highlights:

Changes in 3D modeling.

For 3D groups, you can define a solid used as a solid containing transformation axes in case the group is transformed. You can select solid transformations directly from a 3D group manager. This feature can be used, if you define 3D groups for repeatedly selected solids for transformation of their locations.

If you create real 3D threads, you can define thread tolerances. These tolerances are defined separately for outer threads – like screws, and for inner threads, like threaded holes. The tolerance is important, if you want to print the thread on a 3D printer. Although the thread profiles are created exactly according to ISO or ANSI standards, in case of zero space between outer and inner threads it may be a problem to use them well. Thread tolerances solve this.

Changes in 2D.

You can define colors used in DWG/DXF output, assigned to the VariCAD 2D colors. Although the default mapping can be used well in most cases, explicit definition of colors may solve some special cases.

For input of coordinates from a plain text file, there is a new option – additionally to values defined as XY coordinates, these values can be defined by radius and angle, measured from the coordinate center.

VariCAD Viewer.

Now, the Viewer supports usage of multiple files (documents) open simultaneously. It contains the same functions for opening files as the full version, including a manager of open documents. From the pull-down menu “Window”, you can select corresponding settings. Working with multiple files is a default option. You can select the old method, when a single file can be open at a time.

To evaluate a free 30-day license, download it here.

About VariCAD

Founded in 1994, VariCAD today has long-time experience in developing CAD systems. Since its inception, the company has focused on solutions tailored to meet the needs of mechanical engineers. Today, our team provides software and services to customers from over 70 countries around the world. Our employees share VariCAD’s commitment to helping mechanical engineers design easier and faster. The software VariCAD is a powerful, yet inexpensive 3D/2D CAD system for mechanical engineering. For more information, visit http://www.varicad.com.

JETCAM Free DXF/CAD Viewer v4 Released

Nitin Patil
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JETCAM Free DXF/CAD Viewer v4 Released

Monaco, Aug 7, 2025 – JETCAM, a global leader in advanced manufacturing software, has announced a v4 update to its free CAD Viewer, offering users an enhanced experience with several new features. The updated CAD Viewer delivers powerful new features and usability improvements, providing faster and more intuitive viewing of 2D CAD files on Windows PCs.

Free CAD Viewer with light and dark mode automatically applied, based on Windows theme settings.

JETCAM CAD Viewer will display either light or dark mode, based on Windows theme settings

The new release focuses on improving functionality and providing a better interface experience. Key enhancements include:

  • Automatic Dark/Light Mode: Adapts to your Windows theme for a seamless viewing experience.
  • 32-bit and 64-bit Versions: Choose the version that suits your system. The 64-bit version supports larger memory loads—ideal for managing folders with many component files.
  • Layer Visibility Control: Show or hide individual layers in DXF and JETCAM files, making it easier to isolate and inspect key data like bend lines.
  • Raw Data Viewing: Access block and raw content data from DXF files for in-depth analysis.
  • JETCAM Integration: Right-click on a JETCAM component to instantly open it in JETCAM Expert (when set as default).

The JETCAM CAD Viewer is a lightweight tool that requires little memory or hard disk space. It is designed to be installed alongside existing CAD/CAM software to provide a fast, one-click viewing of CAD files. The viewer is free, ‘as is’ and without warranty. It can be installed on an unlimited number of computers.

Additional benefits of the JETCAM CAD Viewer:

  • Completely free: No ads, no spyware, no internet connection required.
  • Lightweight performance: Uses under 100MB of memory.
  • Easy file navigation: Includes a tree view for local and mapped network drives.
  • Instant previews: Displays thumbnail images of supported 2D CAD files including JGF, DWG, DXF, and IGES.
  • Customisable default viewer settings: Set as the default viewer for specific file types during installation.
  • Precision tools: Built-in measurement tools display part scale, with pan and zoom of vector view.

Martin Bailey, Managing Director of JETCAM, said; “The CAD Viewer is an essential install for anyone that frequently works with CAD files. It installs within seconds, needs no setup, and is extremely quick to use. This update makes it even more powerful and user-friendly.”

The JETCAM CAD Viewer does not require any CAD packages to be installed to display thumbnail images. It is compatible with Windows 10 or above, and requires less than 100MB of hard disk space, and XGA graphics (1024×768) or above.

The updated version of the JETCAM CAD Viewer is available for immediate download here https://pages.jetcam.net/free-dxf-viewer.

About JETCAM International s.a.r.l.

JETCAM International has been developing and distributing its JETCAM Expert range of CADCAM software since 1986, serving the sheet metal and aerospace/automotive composite cutting industries. In use in 83 countries worldwide, JETCAM software supports virtually every CNC punching, laser, plasma, routing, waterjet and flatbed cutting machine available today, and provides automation and Industry 4.0 IIoT connectivity. The software has received various accolades and awards due to its high level of automation and fast return on investment.

Nikon SLM Solutions, RINA Sign Letter of Intent to Launch H2AM Open Lab for Hydrogen Applications in Additive Manufacturing

Nitin Patil
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0
Nikon SLM Solutions, RINA Sign Letter of Intent to Launch H2AM Open Lab for Hydrogen Applications in Additive Manufacturing

LUBECK, Germany, Aug 7, 2025 – Nikon SLM Solutions AG and RINA have signed a Letter of Intent (LOI) to establish a new project called “H2AM Open Lab” focused on advancing additive manufacturing (AM) technologies for hydrogen-related technologies & applications. The initiative aims to accelerate material and process innovation targeting critical sectors including green steel production and the oil & gas industry.

As global industries navigate the energy transition, the demand for components that can withstand aggressive hydrogen environments is growing rapidly. The joint Innovation initiative, which will be hosted near Rome at RINA’s Centro Sviluppo Materiali (CSM) – a leading center for applied research on advanced materials and home to one of the company’s Open Innovation Hubs -, will combine the complementary strengths of RINA and Nikon SLM Solutions. The focus will be on qualification support, advanced materials, and the development of AM process parameters for enhanced performance and corrosion resistance.

“We are proud to partner with RINA to expand the frontiers of AM for the hydrogen economy”, said Sam O’Leary, CEO of Nikon SLM Solutions. “Their proven expertise in metallurgy and material science, combined with our leadership in high-productivity metal AM systems, creates a powerful foundation for developing next-generation solutions in this high-growth field”.

The centre will support R&D efforts around hydrogen embrittlement (HE), high temperature hydrogen attack (HTHA), and innovative materials designed specifically for hydrogen service environments. These efforts will also address industry-specific requirements for qualification, sustainability, and reliability – offering OEMs a collaborative platform to develop and test components under real-world conditions.

“By creating this H2AM Open Lab Nikon SLM Solutions, we are building the capabilities needed to drive transformative change across the hydrogen supply chain”, said Michele Budetta, CEO of RINA Consulting. “This collaboration opens the door to safer, more efficient components that meet the unique demands of hydrogen infrastructure and future energy systems”.

The Open Lab will be open to OEMs across industries to explore design, production, and validation of AM parts using advanced materials including steels, aluminum alloys, nickel-based alloys, and more. No specific machine installation is planned initially, as the hub will focus on shared research, simulations, and material testing.

About RINA

Leading certification and engineering company, provides a wide range of services across the Energy, Marine, Infrastructure & Mobility, Certification, Industry and Real Estate sectors. In December 2023, alongside the majority shareholder Registro Italiano Navale, Fondo Italiano d’Investimento SGR entered the shareholding structure guiding a pool of co-investors. With revenues in 2024 of 915 million euros, over 6,200 employees and 200 offices in 70 countries worldwide, RINA is a member of key international organizations and an important contributor to the development of new legislative standards. For more information, visit www.rina.org.

About Nikon SLM Solutions

Nikon SLM Solutions AG is a global provider of integrated metal additive manufacturing solutions. Leading the industry since its inception, it continues to drive the future of metal AM in every major industry with its customers’ long-term success at its core. Nikon SLM Solutions is home to the world’s fastest metal additive manufacturing machines boasting up to 12 lasers and enabling build rates of up to 1000ccm/h. With a portfolio of systems to suit every customer’s needs, along with its team of experts closely collaborating at every stage of the process, Nikon SLM Solutions leads the way on return on investment with maximum efficiency, productivity, and profitability. Nikon SLM Solutions believes that additive manufacturing is the future of manufacturing and has the desire and capability to take its customers there – right now.

Nikon SLM Solutions AG is a Company headquartered in Germany, with offices in Canada, France, India, Italy, Singapore, South Korea, and the United States. Further information is available on www.nikon-slm-solutions.com.

Addverb Reinvents its Factory Automation Development with Siemens Xcelerator

Sachin R Nalawade
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0
Addverb Reinvents its Factory Automation Development with Siemens Xcelerator

Indian robotics and warehouse automation specialist turns operational pain points into process strengths to deliver smarter, faster, and more reliable services with Teamcenter, Tecnomatix and Mendix.

Siemens Digital Industries Software announced today that Addverb Technologies (“Addverb”), a leading Indian company providing robotics and innovative warehouse automation solutions, is using software from the Siemens Xcelerator portfolio to deliver intelligent automation solutions faster and more efficiently while maintaining high product quality and scale its automation offerings across diverse industries globally.

Addverb has adopted Siemens’ Teamcenter® software for Product Lifecycle Management (PLM) to streamline product development, ensure data consistency, and enhance cross-functional collaboration across engineering and manufacturing teams. Additionally, Tecnomatix® Plant Simulation software from Siemens enables Addverb to virtually design, validate, and optimize entire production systems and logistics processes before building any physical hardware.

Leveraging its domain expertise and Siemens’ simulation capabilities, Addverb has developed digital twins for nearly all its applications and offerings. These virtual models, including third-party components, allow Addverb to build, visualize, validate and optimize entire warehouse systems even before they get manufactured. Complementing this, Addverb is rapidly deploying custom applications to support both internal operations and customer-facing functions using the Mendix™ low-code platform from Siemens.

“Since implementing Siemens’ software, we’ve experienced a transformational shift in how we manage our after sales operations. Siemens Xcelerator has enabled us to build a centralized, user-friendly solution that streamlines facilities and equipment management while also introducing structured workflows for issue tracking and resolution,” said Sangeet Kumar, CEO, Addverb Technologies. ”Proactive maintenance has now become a reality, and we can identify and resolve potential issues before they escalate, significantly reducing equipment failures and downtime, improved service reliability and optimized operational costs for our customers. We’ve turned operational pain points into process strengths, helping us deliver smarter, faster, and more reliable services.”

“Our work with Addverb showcases the power and scalability of Siemens Xcelerator in real-world, high-growth manufacturing and warehousing environments,” said Mathew Thomas, vice president and managing director for India, Siemens Digital Industries Software. “With the combination of Teamcenter and Mendix, Addverb is driving faster innovation cycles and seamless collaboration. It is critical in helping Addverb to build digitally enabled smart factories that ultimately benefit its customers across industries who seek more agile, intelligent and future-ready automation.”

To learn more about how the Siemens Xcelerator portfolio is helping leaders, pioneers and innovators of all sizes to digital transform their business operations, visit https://www.sw.siemens.com/en-US/digital-transformation/

Siemens Digital Industries Software helps organizations of all sizes digitally transform using software, hardware and services from the Siemens Xcelerator business platform. Siemens’ software and the comprehensive digital twin enable companies to optimize their design, engineering and manufacturing processes to turn today’s ideas into the sustainable products of the future. From chips to entire systems, from product to process, across all industries. Siemens Digital Industries Software – Accelerating transformation.

Note: A list of relevant Siemens trademarks can be found here. Other trademarks belong to their respective owners.

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