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Colorado Department of Transportation to Implement Trimble Unity Asset Lifecycle Management Suite

Nitin Patil
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Colorado Department of Transportation to Implement Trimble Unity Asset Lifecycle Management Suite

WESTMINSTER, CO, USA, Aug 20, 2025 – Trimble (Nasdaq: TRMB) announced that the Colorado Department of Transportation (CDOT) will adopt its Trimble Unity software suite to enhance operational efficiency, collaboration and data-driven decision making for asset lifecycle management.

CDOT employees will use the Trimble asset lifecycle management suite, including integrated Esri ArcGIS geographic information system (GIS) technology, to manage more than 26,000 lane miles of roads, 3,000 bridges, 50 rest areas and tens of thousands of additional assets ranging from signs and guardrails to culverts and retaining walls.

“The volume and complexity of our projects and maintenance work are increasing, along with pressure to minimize costs,” said Shawn Smith, director, division of maintenance and operations at CDOT. “Moving to the Trimble Unity suite is part of a digital transformation that will streamline processes, connect our teams and workflows, and give us advanced data analysis capabilities.”

The opportunity to transition to a comprehensive software solution to manage asset maintenance led to selection of the Trimble Unity suite, according to Smith. Esri ArcGIS data integration also factored in the decision, along with mobile field operations capabilities and ease of use, he added.

The Trimble Unity suite enables owners of capital projects and public infrastructure to reduce total cost of ownership by improving efficiency, productivity and connectivity across design, construction, operations and maintenance workflows. The suite includes features for asset management, work management and mobile workforce management, allowing agencies to efficiently track and maintain assets throughout their lifecycles.

“As state DOTs invest in technology to reduce total cost of asset ownership and do more with less, our end-to-end software suite for asset lifecycle management allows them the flexibility to manage asset data from capital planning through design, build and maintenance while extending the investments they’ve made in Esri ArcGIS,” said Cyndee Hoagland, senior vice president, owner and public sector at Trimble.

Trimble Certified Services Partner, Woolpert, is working with CDOT and Trimble on implementation of the Trimble Unity suite and training of CDOT users. Up to 1,000 CDOT employees will initially utilize the Trimble suite, with the potential to scale to 1,200 users.

“The project with CDOT reflects how we value collaboration between Trimble, its customers and services partners like Woolpert,” Hoagland said. “Beyond the innovation and connectivity of the Trimble Unity suite, we’re focused on establishing cohesive technology ecosystems and delivering excellence in implementation, training and support to ensure long-term technology optimization.”

Woolpert is a global leader in architecture, engineering, and geospatial services, with over a century of experience. The company fuses deep technical expertise with a forward-thinking mindset to solve complex challenges across the public, private, and government sectors. Woolpert operates from more than 75 offices across five continents — building smarter, more resilient communities around the world.

About Trimble

Trimble is a global technology company that connects the physical and digital worlds, transforming the ways work gets done. With relentless innovation in precise positioning, modeling and data analytics, Trimble enables essential industries including construction, geospatial and transportation. Whether it’s helping customers build and maintain infrastructure, design and construct buildings, optimize global supply chains or map the world, Trimble is at the forefront, driving productivity and progress. For more information about Trimble (Nasdaq: TRMB), visit: www.trimble.com.

SHINING 3D Launches FreeProbe Series Portable Probing Solution for Shop Floor Measurement

Nitin Patil
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SHINING 3D Launches FreeProbe Series Portable Probing Solution for Shop Floor Measurement

HANGZHOU, China, Aug 20, 2025 – SHINING 3D proudly announces the launch of FreeProbe Series, a new line of wireless, high-precision probing solution, designed to complement Optical 3D Measuring and Dynamic Tracking System, delivering measurement flexibility and versatility across industrial applications.

Two Models, One Purpose – Complete Measurement Freedom

As a portable, optical-based probe measurement solution, FreeProbe Series bridges the gap between scanning and probing, ensuring no detail is overlooked. It is mainly used in certain non-scannable features, such as deep holes, obstructed areas, which require precise point probing to achieve complete data acquisition. FreeProbe Series was built to excel in these challenging scenarios.

  • FreeProbe 2: A versatile, wireless probing solution for standard applications, offering smooth integration with FreeScan Trak Nova and FreeScan Trak ProW systems.
  • FreeProbe 2 Pro: All the versatility of FreeProbe 2, plus deeper probing capability, allows tracking even when some marker plates are blocked, making it ideal for hard-to-access or obstructed areas.
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FreeProbe 2
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FreeProbe 2 Pro

FreeProbe Series

FreeProbe Series, paired with FreeScan Trak Series, provides a portable and wireless probing solution to further enhance flexibility and measurement capabilities for hard-to-reach or non-scannable features.

  • FreeProbe 2: Efficient, reliable probing for everyday inspection tasks.
  • FreeProbe 2 Pro: Deeper probing capability even when some marker plates are blocked.

Learn More

Key Benefits:

Multiple Tip Options for Greater Reach 

FreeProbe Series supports various probing tip extensions and assembly options, making it adaptable to different measurement requirements. Whether you’re inspecting deep holes, narrow slots, or recessed areas, it allows you to extend the probe’s reach or create specialized L-type configurations, ensuring that no feature is out of reach.

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Deeper Probing Capability 

FreeProbe 2 Pro offers a deeper probing capability that maintains precise tracking even when some marker plates are blocked. This is especially beneficial for measuring deep holes, blind spots, or internal features, allowing users to perform complex inspections without compromising on measurement quality or reliability.

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Fast Setup & Ergonomic Design

With rapid wireless pairing, FreeProbe Series connects effortlessly to FreeScan Trak Nova and FreeScan Trak ProW in seconds, minimizing setup time and allowing users to start measurements quickly. Featuring an ergonomic grip and lightweight build, it reduces hand strain and improves maneuverability during long measurement sessions, while the intuitive interface makes it easy to use for both experienced professionals and beginners.

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About SHINING 3D

SHINING 3D has been developing, manufacturing, and democratizing high-accuracy 3D technologies for almost 20 years. The company offers accessible and high-quality 3D digital solutions to users with diverse backgrounds and industries worldwide. As a key contributor in the 3D scanning industry, SHINING 3D aims to keep nourishing and leveraging its global influence to promote the popularization of digital 3D technology. For more information, visit https://www.shining3d.com.

Farsoon, Stark Future Validate Titanium Series Production with KLINGA Project

Nitin Patil
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Farsoon, Stark Future Validate Titanium Series Production with KLINGA Project

STUTTGART, Germany, and BARCELONA, Spain, Aug 19, 2025 – Farsoon and Stark Future are already doing serial production of functional components for Stark’s electric motorbikes; the KLINGA project marks another milestone in this production partnership— highlighting scalability, quality, and precision of additive manufacturing for sharp-featured titanium components.

Farsoon Europe GmbH and Stark Future proudly announce the completion of the KLINGA Project, a collaborative engineering initiative that produced more than 1,000 high-quality titanium parts using Farsoon’s industrial metal AM systems. Designed as both a test bench and engineering tribute, the project highlights Stark Future’s innovative spirit and Farsoon’s capability to deliver repeatable production with precision, quality assurance, and cost-efficiency.

The KLINGA Sabre—an engineering sculpture inspired by Stark Future’s electric motocross bike VARG—was not simply designed for form, but as a benchmark of what modern additive manufacturing can achieve. Featuring sharp angles, complex geometries, and a functional titanium moose-head bottle opener, KLINGA was built to push the boundaries of titanium 3D printing.

The sabre project encompassed full-scale validation of the AM process including:

– Process parameter development for titanium
– Design for Additive Manufacturing (DfAM)
– Support reduction and build strategy
– Adaptive layer thickness based on part height
– Repeatability and scalability of serial production
– Post-processing and part quality assurance

Full build plate of KLINGA Sabres
KLINGA Sabres under part breakout process in a FS811M Machine
FS811M-12 with 12 lasers with a build cylinder size of 840 mm x 840 mm x 960 mm or 1700 mm in z height

The parts were printed on Farsoon’s FS811M platform, demonstrating the system’s ability to manufacture sharp-angled, complex titanium components with repeatable results. Notably, the same production quality and workflow can be replicated on the FS721M platform currently operated by Stark Future.

In a single 248-hour build, 188 KLINGA sabres were produced with an average build time of under 80 minutes per unit. The real breakthrough lies in the combination of engineering creativity and industrial performance—demonstrating Farsoon’s capabilities for consistent quality control, cost-efficient operation, and production readiness.

Quote from Stark Future:

“The KLINGA Project was a bold way for us to push boundaries—not just in design, but in manufacturing,” says Benjamin Cobb, Director Brand Communications at Stark Future. “Partnering with Farsoon allowed us to turn an ambitious idea into a titanium reality. It’s proof that large-scale, high-precision metal additive manufacturing is ready for serial production. It also validated our belief that 3D printing can deliver performance, quality, and sustainability—all at once.”

Quote from Farsoon Europe:

“The KLINGA Project is a great example of our collaboration with a visionary customer,” says Oliver Huizhi Li, Managing Director of Farsoon Europe. “From sharp-edged part design to titanium process optimization, this project reflects what’s possible when engineering ambition meets scalable AM technology. The quality results and process stability achieved in KLINGA reflect Farsoon’s commitment to delivering reliable machines, cost-per-part efficiency, and excellent service.”

About Stark Future

Stark Future S.L. is a leader in electric off-road motorcycles, headquartered in Barcelona, Spain. With a focus on performance, innovation, and sustainability, Stark Future is reshaping the future of powersports by integrating cutting-edge technology and design.

About Farsoon

FARSOON Technologies, founded in 2009, is a system supplier of industrial plastic and metal AM platforms. With open parameter strategy, high-performance hardware, and localized support via FARSOON Europe GmbH, the company empowers customers to scale additive manufacturing with quality, flexibility, and cost-efficiency. For more information, visit https://www.farsoon-gl.com.

Elegoo Launches Nexprint Million-Dollar Creator Fund to Reward Original Content

Nitin Patil
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Elegoo Launches Nexprint Million-Dollar Creator Fund to Reward Original Content

SHENZHEN, China, Aug 19, 2025 – Elegoo, a rapidly developing brand in global smart manufacturing, launches a $1 Million creator fund to encourage and reward outstanding original creators who share exceptional content in Nexprint. The fund will be distributed over one year to grant Nexprint creators who submit their original designs to the platform. It also includes alliance reward which is aimed for those who help invite submissions to the platform.

Each month, we will invest in a reward pool to grant $ 5 to each approved submission. There is no exclusivity capped on the design. Exceptional designs will be rewarded with an extra $ 5 each and featured for priority exposure in Nexprint. There is no restriction on the number of monthly submissions by an individual creator. For outstanding creators, we can offer long-term collaborations. 

For alliance reward, creators can receive additional tiered invitation bonuses by inviting other creators to join and upload models, with a maximum of $100 per month.
 
The reward is granted monthly on a first-come-first-served basis with the first phase starting from August 9 to August 31. The left amount available in each month will be updated live on Nexprint.com. Starting from September, the total available reward amount will be renewed on the first day of each month. 
 
“This fund shows our commitment to delivering the best user experience to Nexprint community by hosting a tremendous amount of 3D models accessible to everyone ” said Chris Hong, CEO at Elegoo.” We greatly value originality in this industry. Nexprint will be a perfect platform to showcase creators’ original ideas. We believe in here every design will pay off.”
 
Nexprint, newly launched on August 4, is an open-source community designed to connect makers worldwide by enabling seamless sharing and downloading of 3D models. 

For more information on how to join and win the reward, please visit www.nexprint.com.

About Elegoo

Founded in 2015, Elegoo is a rapidly developing brand in the global smart manufacturing industry, specializing in R&D, manufacturing, and sales of consumer-grade 3D printers, laser engravers, STEM kits, and other smart technology products. Located in Shenzhen, the Silicon Valley of China, the company has sold millions of products to nearly 90 countries and regions. In 2023, the company’s total sales revenue reached approximately 200 million USD, with close to 700 employees and nearly 30,000 square meters of office and manufacturing area. With a focus on programming and 3D printing technology, Elegoo provides unique and smart creation spaces for diverse consumers to enhance personalized experiences. For more information, visit https://www.elegoo.com.

ENGYS Announces UGM 2025 Training Agendas

Nitin Patil
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ENGYS Announces UGM 2025 Training Agendas

LONDON, UK, Aug 19, 2025 – ENGYS is pleased to announce the official training agendas for HELYX and ELEMENTS as part of the ENGYS User Group Meeting (UGM) 2025, to be held at The Madison in Detroit, USA, on 22–23 October 2025.

The training sessions will be hosted free of charge on the second day, 23 October, and will focus on the new version 4.4.0 releases of HELYX and ELEMENTS.

The programme will cover feature updates, workflow improvements, and application-driven examples designed to help engineers get more value from ENGYS’s open-source CFD solutions. This is a valuable opportunity to engage with the ENGYS team, explore technical content in depth, and prepare for what’s coming in the next software release.

For the full agenda and event detail please click here.

This is an in-person-only event. Attendance is open to current users, partners, and professionals interested in exploring scalable CFD solutions powered by open-source technology.

To register, click here.

About Streamline Solutions

Streamline Solutions LLC, a joint venture formed between ENGYS and Auto Research Center, was founded in the USA in early 2012 to service the vehicle design software market, covering automotive, motorsports, commercial and military applications. The company develops and markets the software ELEMENTS, a CFD analysis and vehicle design optimization suite powered by open-source solver technologies developed by ENGYS as part of its CFD software HELYX. Streamline Solutions combines ENGYS’ leading-edge software development and support, a long and reputable participation in the open-source software business, with ARC’s proven vehicle design expertise and world leading wind tunnel and experimental facilities for validation purposes. For more information, visit https://engys.com.

Streamline Solutions Releases ELEMENTS v4.4.0 for Automotive CFD Design

Nitin Patil
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Streamline Solutions Releases ELEMENTS v4.4.0 for Automotive CFD Design

LONDON, UK, Aug 19, 2025 – ENGYS is proud to announce the release of ELEMENTS version 4.4.0, an open-source CFD software suite tailored for automotive design applications, distributed by Streamline Solutions LLC.

ELEMENTS 4.4.0 delivers a wide range of new features and enhancements designed to streamline CFD simulations and improve user experience for external aerodynamics, thermal management, and other critical vehicle flow applications.

This release also includes updated versions of the ELEMENTS-Adjoint and ELEMENTS-Coupled add-on modules to take full advantage of the new capabilities available in ELEMENTS 4.4.0.

What’s New in ELEMENTS 4.4.0?

Enhanced Simulation Framework

  • Improved single-precision solver performance, delivering up to 40% faster run times for selected cases.
  • New combustion models, advanced multiphase solvers with local time stepping, and extended cavitation modelling for complex simulations.
  • Added battery thermal runaway modelling and new tools for rotating machinery applications.

Automotive-Specific Innovations

  • Expanded thermal management sources, including porous media radiation and thermal runaway simulations for battery systems.
  • New options for aerodynamic power calculations and enhanced DES/LES templates for smoother Cp profiles on challenging meshes.
  • Extended boundary condition controls for more precise flow and thermal management in automotive scenarios.

Improved Geometry and Mesh Handling

  • Rhino 3DM CAD import, new surface-splitting and 3D-to-2D conversion tools.
  • New base mesh options, including isotropic, anisotropic and cylindrical meshes with extended support for 2D meshing.
  • Enhanced layer smoothing, feature preservation and mesh quality controls for superior near-wall resolution.

Solver and Add-On Enhancements

  • ELEMENTS-Adjoint Module: enhanced tools for aerodynamic and thermal design optimisation with improved adjoint stability and performance.
  • ELEMENTS-Coupled Module: increased solver robustness with advanced stabilisation and extended compatibility for rotating machinery and transonic flows.

Post-Processing Advancements

  • Improved post-processing with support for external datasets (PVD, VTK, Ensight) and enhanced runtime visualisation tools.
  • New friction velocity and near-wall distance outputs for advanced aerodynamic analysis.

Access ELEMENTS 4.4.0 Today

Existing customers can download ELEMENTS 4.4.0 from the ENGYS Customer Portal. For new users, contact us to learn how ELEMENTS can accelerate and scale up your automotive CFD design process.

Learn More About ELEMENTS 4.4.0

Watch this video to learn more about this update. Explore the latest features and discover how ELEMENTS can transform your CFD workflows.

About Streamline Solutions

Streamline Solutions LLC, a joint venture formed between ENGYS and Auto Research Center, was founded in the USA in early 2012 to service the vehicle design software market, covering automotive, motorsports, commercial and military applications. The company develops and markets the software ELEMENTS, a CFD analysis and vehicle design optimisation suite powered by open-source solver technologies developed by ENGYS as part of its CFD software HELYX. Streamline Solutions combines ENGYS’ leading-edge software development and support, a long and reputable participation in the open-source software business, with ARC’s proven vehicle design expertise and world leading wind tunnel and experimental facilities for validation purposes.

EON Reality Launches Spatial AI Skills-Jobs-Income Grant Program

Nitin Patil
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EON Reality Launches Spatial AI Skills-Jobs-Income Grant Program

IRVINE, CA, USA, Aug 18, 2025 – EON Reality, the world leader in AI-assisted Virtual Reality and Augmented Reality-based knowledge transfer for industry and education,, today announced the launch of its groundbreaking Spatial AI Skills-Jobs-Income Grant Program, offering qualified institutions unprecedented access to a $12.4 million technology ecosystem for just $300,000 – representing the largest educational technology grant available globally. This revolutionary program transcends traditional education models by providing a complete pathway from skills development to job placement to sustainable income generation through entrepreneurship.

Beyond Skills Training: The Complete Economic Solution

Unlike conventional educational technology grants that focus solely on skills development, the Spatial AI Skills-Jobs-Income Grant Program addresses higher education’s most critical challenge: ensuring graduates not only acquire knowledge but also secure employment and create sustainable income streams in an AI-driven economy.

“Universities worldwide are facing an existential crisis – graduates with skills but no clear pathway to employment or income,” said Dan Lejerskar, CEO and Chairman of EON Reality. “We’ve evolved beyond just teaching skills. This program creates a complete economic transformation ecosystem that guarantees students don’t just learn – they earn.”

The program provides 5,750 comprehensive platform licenses across five integrated systems:

  • EON-XR Core Platform for immersive skills development
  • EON-AI Platform for accelerated learning and assessment
  • EON Digital Twin IQ for real-world problem solving
  • EON Career Compass for direct job placement and career navigation
  • EON Entrepreneur Guide for AI-powered startup creation (5,000 bonus licenses)

Exclusive Access to Global Funding Networks and Innovation Ecosystem

A cornerstone of the program is exclusive membership in the EON Wealth Weaver Alliance, a comprehensive entrepreneurship ecosystem with access to significant international funding initiatives and global innovation networks. This strategic partnership provides participating institutions with:

  • Access to international funding sources for student venture development
  • Seven-step venture forging pipeline with AI-powered business development
  • 300-agent “AI Workforce” that eliminates 90% of startup operational costs
  • Immediate access to 136-million-user global marketplace for revenue generation
  • Strategic positioning in the valuable AI application layer rather than competing on foundational models

“This alliance represents a sophisticated approach to connecting educational institutions with global funding networks and innovation ecosystems,” explained Mats W. Johansson, President of EON Reality. “We’re positioning institutions to access the next wave of AI-powered economic transformation through strategic international partnerships.”

The Entrepreneurship Olympics: Where Competition Meets Capital

The program includes exclusive access to the EON Entrepreneurship Olympics – a revolutionary three-stage competition system that guides students from local University Olympics through National Championships to the prestigious International Olympics hosted in premier innovation hubs.

Competition winners are eligible for funding from international investors and funding networks who participate specifically to identify and support the best entrepreneurs. The program operates on a continuous quarterly cycle, eliminating traditional year-long bottlenecks that typically kill startup momentum.

“We’re not just giving out medals – we’re creating a direct pipeline to global capital,” noted Lejerskar. “Students compete for real funding opportunities, not just recognition. This transforms the entire educational value proposition.”

Unprecedented Value Proposition Transforms Market Dynamics

The financial structure represents an extraordinary value proposition for participating institutions:

  • Total Program Value: $12,420,000 USD
  • EON Grant Coverage: $12,120,000 USD (97.6% of total cost)
  • Institutional Investment: $300,000 USD (2.4% co-investment)
  • ROI Ratio: 40:1 return on institutional investment

Additional benefits include:

  • Perpetual software licenses with no renewal fees
  • 80% revenue share from marketplace content sales (industry-leading rate)
  • Two-year hardware warranty and comprehensive technical support
  • Complete implementation and training included

Solving the Global Graduate Employment Crisis

The program directly addresses the growing disconnect between traditional education and economic outcomes. Recent studies indicate that graduate unemployment rates in emerging markets continue to rise despite increased educational attainment, creating a critical need for new models that bridge the skills-to-income gap.

“We’re witnessing the emergence of a post-employment economy where traditional job models are being disrupted by AI,” stated Mr. Johansson. “Our program doesn’t just prepare students to compete for disappearing jobs – it empowers them to create new economic opportunities through AI-powered entrepreneurship.”

The integrated EON Career Compass Platform provides:

  • AI-powered skills assessment with personalized learning paths
  • Direct job matching with employer partnerships
  • Integration with Udemy, Coursera, and LinkedIn Learning
  • 12-week personalized career navigation programs
  • Resume optimization and interview preparation

Global South Leadership and Economic Transformation

The program specifically targets the 88% of humanity projected to live in the Global South by 2050, positioning these regions to lead in AI application development rather than merely consuming technology developed elsewhere.

“This represents a fundamental shift in global economic dynamics,” explained Johansson. “Instead of the Global South being passive recipients of technology, we’re creating the infrastructure for them to become the dominant force in AI application development.”

Key strategic advantages include:

  • Geographic positioning at the intersection of Africa, Asia, and the Middle East
  • Access to high-density problem sets requiring innovative AI solutions
  • Demographic advantages with young, digitally-native populations
  • Leapfrogging opportunities to bypass legacy infrastructure limitations

Technology Platform Integration and Innovation

The program leverages EON Reality’s 26 years of XR expertise and proven seven-step entrepreneurship framework:

  1. AI-Powered Talent Discovery using proprietary assessment algorithms
  2. Comprehensive Training through immersive XR environments
  3. AI Workforce Deployment with 300-agent automation suite
  4. Rapid Technical Development using no-code/low-code platforms
  5. Immediate Marketplace Access for early revenue generation
  6. Global Funding Bridges to sovereign wealth and venture capital
  7. International Scaling Support for global market expansion

The EON Entrepreneur Guide Platform provides:

  • 8-step entrepreneurial process framework codifying Stanford and Y Combinator best practices
  • AI-driven business ideation and market analysis
  • Automated business plan development with investor-ready outputs
  • Integration with development tools for rapid prototyping
  • Revenue generation planning with market entry strategies

Eligibility and Application Process

The Spatial AI Skills-Jobs-Income Grant Program is available to invited institutions only, targeting:

  • Accredited universities and vocational institutions
  • Workforce agencies and equivalent organizations
  • Institutions demonstrating commitment to skills-jobs-income integration
  • Organizations seeking XR-based solutions at scale

The streamlined application process includes:

  • No financial obligations for application submission
  • 14-day committee review with transparent evaluation criteria
  • Certificate of Approval valid for 14 days upon acceptance
  • Comprehensive onboarding with technical and pedagogical support

Global Impact and Future Vision

The program represents EON Reality’s commitment to democratizing innovation and economic opportunity on a global scale. Initial projections indicate the potential to:

  • Train over 100,000 students annually across participating institutions
  • Create thousands of funded startups through the entrepreneurship pipeline
  • Generate billions in economic value through new venture creation
  • Establish permanent infrastructure for Global South AI leadership

“This isn’t just an educational program – it’s the foundation of a new economic order,” concluded Lejerskar. “We’re building the infrastructure that will empower the 88% of humanity in the Global South to lead the age of artificial intelligence.”

Read more about the Spatial AI Skills-Jobs-Income Grant Program.

About EON Reality

Founded in 1999, EON Reality is a global leader in Augmented and Virtual Reality-based knowledge and skills transfer for industry and education. The company has developed the world’s leading platform for spatial AI and immersive learning, serving over 136 million users across 75+ countries. EON Reality’s solutions have been implemented in thousands of corporate and educational settings worldwide, establishing the company as the definitive leader in practical XR applications.

With headquarters in Irvine, California, and strategic partnerships with international innovation hubs, EON Reality continues to pioneer the intersection of AI and XR technologies, creating inclusive platforms that democratize innovation and empower global entrepreneurship. For more information, visit https://eonreality.com.

Doosan Robotics Acquires 89.59% Stake in US-based Automation Engineering Firm ONExia

Nitin Patil
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Doosan Robotics Acquires 89.59% Stake in US-based Automation Engineering Firm ONExia

EXTON, PA, USA and SEONGNAM, South Korea, Aug 18, 2025 – Doosan Robotics is stepping up its transformation into a global intelligent robot solutions provider, advancing a multifaceted growth strategy that includes international acquisitions, expert recruitment, and organizational realignment—all aimed at leading the emerging Physical AI era.

On July 28, Doosan Robotics’ board of directors approved the acquisition of an 89.59% stake in ONExia, a U.S.-based robotics system integrator and automation engineering firm headquartered in Pennsylvania. The deal, valued at approximately USD 25.9 million (KRW 35.6 billion), was formalized with a stock purchase agreement (SPA) and participation in a capital increase.

Founded in 1984, ONExia delivers end-to-end automation services, from system design and manufacturing to implementation. The company has established a strong presence in industries such as manufacturing, logistics, and packaging by delivering solutions that boost productivity and reduce operational costs. In recent years, ONExia has focused on developing its own collaborative robotic systems tailored to end-of-line (EOL) processes—such as palletizing, box assembly, and packaging—which are in high demand across North America. As a result, the company has achieved consistent average annual sales growth of around 30%.

Doosan Robotics views the acquisition as a key stepping stone toward accelerating its global competitiveness in the intelligent robotics market. The move signals a strategic shift from a hardware-focused business model toward a more integrated platform centered on AI and software-based robotics solutions.

ONExia brings to the table not only its advanced engineering capabilities and experience in developing industry-specific robotics systems, but also 25 years of accumulated automation data and project execution know-how. These assets are expected to directly enhance Doosan Robotics’ AI capabilities and solution development, particularly in areas where data-driven intelligence is critical.

In parallel with this acquisition, Doosan Robotics is ramping up its investments in internal R&D. The company is in the final stages of recruiting specialized talent across robotics R&D, AI, software development, quality assurance, and corporate strategy. It is also undergoing a structural reorganization of its R&D division, placing greater focus on AI, software, and humanoid technologies. Additionally, a new R&D Innovation Center, designed to provide an optimal development environment, is scheduled for completion within the third quarter of this year.

Kevin (Minpyo) Kim, CEO of Doosan Robotics, stated: “This acquisition marks an important milestone as we take tangible steps to strengthen our global presence, internalize AI technologies, and develop future-ready solutions. ONExia’s expertise and established position in the U.S. market will create powerful synergies.”

He added, “To position ourselves as a global leader in intelligent robotics and drive the future of Physical AI, we remain committed to investing in R&D, strategic M&A, and talent.”

About Doosan Robotics

Doosan Robotics is a leading collaborative robot (cobot) manufacturer, empowering people to achieve higher levels of efficiency and creating immediate productivity gains for organizations. Featuring industry-leading technology and an ultra-intuitive user experience, our cobots serve as safe, robust and reliable partners, and are used for a wide range of applications across the globe.

With our innovative technology and engineering excellence, Doosan Robotics is committed to spearheading the industry’s growth and innovation to provide the best value.

Doosan Robotics is headquartered in South Korea, where it also operates an R&D center, Innovation Lab and Prototyping Lab. For more information, visit https://www.doosanrobotics.com.

KraussMaffei Introduces CFP Technology for Glass Fiber Processing

Nitin Patil
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KraussMaffei Introduces CFP Technology for Glass Fiber Processing

PARSDORF, Germany, Aug 18, 2025 – With its new Chopped Fiber Processing (CFP) technology, KraussMaffei is setting a milestone in the processing of fiber-reinforced thermoplastics. This innovative process enables the direct, fiber-friendly compounding of polypropylene (PP) and chopped glass fibers in the injection molding process for the first time. Visitors to K can experience the CFP technology live at the exhibition stand: A GX 650-4300 with the new LRXplus 350 linear robot is producing a complex tailgate component for the automotive industry.

“With the unique CFP technology, we offer our customers a true game changer that significantly reduces their material costs in the production of fiber-reinforced components. We are particularly proud of the heart of the new CFP technology, the patented screw geometry, which was developed specifically for the technology by KraussMaffei,” says Jörg Stech, CEO of KraussMaffei Technologies GmbH.

Technological edge through flexible direct compounding

Compared to traditional processes using pre-compounded long glass fiber granulate, the CFP technology enables separate dosing of PP and glass fibers. Both components can be supplied directly via the machine’s conveyor system, homogenized in the cylinder, and processed particularly gently with the help of the new CFP screw. This offers the advantage that no fiber clusters are formed during processing, thus ensuring optimum component properties at significantly lower material costs.

Individually customizable formulations – with cost savings of 30%

The CFP technology enables plastic processors to individually dose and mix polymers and fibers. This allows them to develop their own formulations for components and build up material expertise, giving them a targeted competitive advantage. At the same time, savings in material usage lead to cost reductions of up to 30 percent and a noticeable reduction in the product carbon footprint (PCF) through inline compounding.

ROI in less than 12 months – easy to retrofit

Other highlights of the new CFP technology include compatibility with KraussMaffei machine series and easy retrofitting – even for existing, older systems using the KraussMaffei Retrofit Program. Thanks to the material savings and process advantages that can be achieved, the return on investment (ROI) is less than one year.

Live demonstration at K 2025

Live at K 2025, visitors can experience the CFP technology on a GX 650-4300 (clamping force 6500 kN) with an LRXplus 350 linear robot. The production of a complex, functionally integrated tailgate component with realistic 3D geometry and high functional integration will be demonstrated – without reworking and ready for assembly straight from the machine. This opens up new possibilities for the manufacture of structural and support components as well as reinforcement elements.

In line with the trade fair motto “Performance. Perfected. For You.” the GX 650-4300 is equipped with proven BluePower options such as servo drive and insulating sleeves. With BluePower energy and performance monitoring, plastics processors are able to call up precise energy consumption data. In addition, the BluePower ecoAssistant enables the machine to be switched to an energy-efficient mode at the touch of a button while maintaining the same performance.

The component is filled in cascade via three injection points. The proven APCplus machine function impresses with new features at K. For example, cascadeX ensures weld line-free filling behavior and improved mechanical properties in applications with cascades. The APCplus function materialX uses material-specific compression curves to control the injection molding process. This achieves a particularly high level of component precision.

Complete process documentation – accessible at any time

The weigh unit integrated into the gripper of the LRXplus 350 determines and records the weight of the components cycle by cycle. All production data and quality characteristics are documented online. Upon removal, all components are given an individual QR code imprint. This enables KraussMaffei to offer plastics processors the option of retrieving the quality characteristics of a component and its production data online at any time, e.g. for quality assurance purposes.

Wide range of applications: from automotive to aviation

Whether in the automotive and aerospace industries or in technical consumer goods, KraussMaffei’s new CFP technology offers a high degree of flexibility in the production of structural and load-bearing components as well as reinforcement elements – and that with significant cost advantages.

About KraussMaffei – Pioneering Plastics

KraussMaffei is among the world’s leading manufacturers of machinery and systems for the production and processing of plastics and rubber. Our brand stands for cutting-edge technologies – for more than 185 years. Our range of services covers all areas of injection molding machinery, extrusion technology, reaction process machinery and automation. In 2022 we added additive manufacturing to our portfolio. This broad range of technologies gives KraussMaffei a unique selling point in the industry. With the high innovative power of our standardized and individual product, process, digital and service solutions, we can guarantee customers sustained additional value over the entire value-adding chain. Our range of products and services allow us to serve customers in many sectors including the automotive, packaging, medical and construction industries, as well as manufacturers of electrical and electronic products and household appliances.

KraussMaffei employs around 4.200 people all over the world. With more than 30 subsidiaries and over 10 production plants, as well as about 570 commercial and service partners, we are represented internationally close to our customers. The company was founded in 1838 in Munich. Today, KraussMaffei is part of Sinochem Holdings Corporation Ltd., one of the world’s leading chemical companies.
For more information, visit www.kraussmaffei.com.

Bystronic, SSAB Collaborate on Sustainable Sheet Metal Processing

Nitin Patil
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Bystronic, SSAB Collaborate on Sustainable Sheet Metal Processing

NIEDERONZ, Switzerland, Aug 18, 2025 – Bystronic and SSAB announce a non-exclusive partnership to advance laser cutting and bending technologies using new materials for the sheet metal industry including alloying concepts, recycled steel and fossil-free steel.

Bystronic takes another step toward sustainable sheet metal processing

The agreement facilitates comprehensive data exchange on the impact of various materials on Bystronic’s production processes. Bystronic will work with newly developed steels and specially designed sheet metal for testing and will provide valuable feedback on process quality. The outcome will support product development for both parties aimed to improve customer productivity and efficiency.

“We are looking back to a successful partnership with SSAB for many years – together, we have developed innovative products, such as the Corner Cut and Parameter Wizard. SSAB is renowned for producing high-quality materials and is a leader in advancing sustainability in the steel industry. With this new agreement, we are supporting our customers with the development of future materials to improve our productivity, efficiency and to develop new technologies for our industry.” commented, Domenico Iacovelli, CEO Bystronic Group.

“Bystronic is a technology leader in the sheet metal industry advancing sustainability by working closely with partners and push boundaries to shape a more resilient and sustainable industry. We are happy to continue our journey in developing our materials together with Bystronic.”, commented, Joachim Larsson, CCTO of SSAB Europe.

This cooperation aims to improve both companies’ products and strengthen their leadership in sustainable practices.

About SSAB

SSAB is a Nordic and US-based steel company that builds a stronger, lighter and more sustainable world through value added steel products and services. Working with our partners, SSAB has developed SSAB Fossil-free™ steel and plans to reinvent the value chain from the mine to the end customer, largely eliminating carbon dioxide emissions from our own operations. SSAB Zero™, a largely carbon emission-free steel based on recycled steel, further strengthens SSAB’s leadership position and our comprehensive, sustainable offering independent of the raw material. SSAB has employees in over 50 countries and production facilities in Sweden, Finland and the US. SSAB is listed on Nasdaq Stockholm and has a secondary listing on Nasdaq Helsinki. For more information, visit https://www.ssab.com.

About Bystronic

Bystronic is a leading international technology company in the field of sheet metal processing. Its focus is on automating the entire material and data flow of cutting and bending process chains. The intelligent networking of laser cutting systems and press brakes through innovative automation, software, and service solutions is essential for the widespread digitalization of the sheet metal processing industry.

Bystronic’s headquarters are located in Niederönz, Switzerland. Other development and production sites are located in Sulgen (Switzerland), Gotha (Germany), Cazzago San Martino and San Giuliano Milanese (Italy), Tianjin and Shenzhen (China), and Hoffman Estates (USA). We are also active in over 30 countries through our own subsidiaries and service companies, and are represented by sales agents in many other countries. Bystronic AG is listed on the Swiss stock exchange SIX Swiss Exchange (SIX: BYS). For more information, visit https://bystronic.com.

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