ENGtechnica

Author: Joydeep Kar

  • Tokamak Energy Selects Aras Innovator SaaS for Enterprise PLM

    Tokamak Energy Selects Aras Innovator SaaS for Enterprise PLM

    ANDOVER, MA, Feb 25, 2025 – Aras has announced that Tokamak Energy has chosen Aras Innovator SaaS as its enterprise PLM solution. Following an extensive evaluation, the company selected Aras for its flexible architecture, cost-effective licensing model, and comprehensive functionality available from day one.

    “Flexibility and self-sufficiency were key factors in our decision, supported by Aras’ low-code functionality,” said Martin Tsang, transformation lead at Tokamak Energy. “The rapidly evolving nature of our work in fusion technology development requires a PLM platform that can quickly adapt to new opportunities and markets. Aras allows our team to independently develop functionality and expand our capabilities without the additional costs typically associated with modular PLM systems.”

    The selection marks Tokamak Energy’s first enterprise-wide PLM implementation beyond CAD data management and will be delivered under a software-as-a-service (SaaS) agreement. “We are proud to partner with Tokamak Energy in their groundbreaking work,” said Roque Martin, CEO of Aras. “Our flexible platform and unique business model eliminate the traditional barriers to PLM adoption, empowering innovative companies like Tokamak Energy to focus on their core mission – developing commercial fusion energy solutions.”

    The initial implementation will focus on connecting with the current design and drawing control systems. It will also build a change management system to support a targeted ISO certification. In the next phase, Tokamak Energy plans to use Aras Innovator’s features to develop a comprehensive digital thread. This thread will link complex fusion technology simulations with design updates.

    Tsang says, “PLM will enable us to establish a digital thread, enhancing our ability to connect complex fusion technology simulation to design iterations. The flexibility will also enable us to adapt and customize our processes to reflect the complexity and developmental stage of our technologies.”

    The platform will be necessary for Tokamak Energy’s efforts to commercialize high-temperature superconducting (HTS) magnets. It will streamline design and manufacturing information and maintain the traceability needed for customer and regulatory compliance.

    Source: Aras

    About Tokamak Energy

    Tokamak Energy, founded in 2009 as a spin-off from the UK Atomic Energy Authority, is a private company headquartered in Milton Park, Oxfordshire, UK. Specializing in the development of compact spherical tokamaks and high-temperature superconducting (HTS) magnets, the company aims to deliver commercially viable fusion energy solutions. Serving industries focused on clean energy and advanced scientific research, Tokamak Energy has achieved significant milestones, including operating the ST40 tokamak, that reached plasma temperatures exceeding 100 million degrees Celsius in 2022. In addition to its fusion energy endeavors, the company collaborates on projects utilizing HTS magnet technology for various applications, such as silent marine propulsion systems. As of 2024, Tokamak Energy employs over 260 individuals. The company has raised substantial funding, including $250 million by 2022, to support its innovative research and development efforts.

    About Aras

    Aras Corp., founded in 2000 by Peter Schroer, provides product lifecycle management (PLM) and digital thread solutions. Headquartered in Andover, MA, with additional offices in Japan, Germany, France, the UK, and Italy, Aras offers the Aras Innovator platform—a low-code solution designed to enhance product development processes across various industries. Aras empowers organizations to manage complex product lifecycles by serving sectors such as aerospace and defense, automotive, high-tech electronics, industrial manufacturing, energy, life sciences, shipbuilding, and medical devices. The company’s technology enables the delivery of flexible solutions built on a digital thread backbone, connecting users across disciplines to critical product data and processes throughout the lifecycle and extended supply chain. As of 2021, Aras employs over 500 professionals and serves approximately 350 customers.

  • Dassault Systèmes, KUKA Drive Next-Gen Robotics Automation

    Dassault Systèmes, KUKA Drive Next-Gen Robotics Automation

    Image: Dassault Systèmes

    VELIZY-VILLACOUBLAY, France, Feb 25, 2025 – Dassault Systèmes has announced its partnership with KUKA to provide manufacturing industries with inclusive solutions that meet growing demands in robotics and automation.

    Dassault Systèmes will join mosaixx, KUKA’s platform for industrial software solutions. The partnership makes it simpler for KUKA customers to buy and use Dassault Systèmes’ 3DEXPERIENCE platform and its applications. By expanding customer access to virtual twin technology and better collaboration tools, Dassault Systèmes and KUKA, with its new segment KUKA Digital, can help companies create more flexible solutions that improve their operations.

    The global market value of industrial robot installations is estimated at $16.5 billion, driven by AI, energy efficiency, and other trends. With more than four million industrial robots operating in factories worldwide in 2024, the annual number of installations in 2026 is expected to increase to 718,000.

    The KUKA Group launched mosaixx in 2024 as an open cloud platform for industrial software. The platform supports collaboration in a growing market. It gives system integrators and engineers access to various solutions that enhance the digitalization and automation of factory floors and production machines. The approach is ecosystem-focused and works with any machine type or manufacturer.

    Dassault Systèmes’ 3DEXPERIENCE platform and applications are used across the industrial equipment industry worldwide to design, simulate, and engineer products, processes, and infrastructure virtually with real-time data before producing or implementing them physically.

    “Our collaboration with Dassault Systèmes enables us to expand our mosaixx portfolio with industry-leading virtual twin technology. Engineers can carry out simulations and analyses with real-time data while streamlined collaboration empowers system integrators with flexible applications for enhanced adaptability and innovation,” said Quirin Goerz, CEO, KUKA Digital.

    “By partnering with KUKA, we can offer streamlined access to the 3DEXPERIENCE platform and our many applications such as CATIA, DELMIA and SOLIDWORKS. This will open up new possibilities for customers to benefit from the virtual world and collaborate and innovate in diverse sectors such as automotive, aerospace, electronics, metalworking, logistics, healthcare and more,” said Gian Paolo Bassi, senior vice president, customer role experience, Dassault Systèmes.

    Source: Dassault Systèmes

    About Dassault Systèmes

    Dassault Systèmes SE, founded in 1981 and headquartered in Vélizy-Villacoublay, France, is a leading multinational software corporation specializing in 3D design, digital mock-up, and product lifecycle management (PLM) solutions. The company has pioneered virtual worlds to improve real life for consumers, patients, and citizens. It offers a comprehensive suite of software applications, including CATIA for product design, SOLIDWORKS for 3D mechanical design, DELMIA for manufacturing operations, and SIMULIA for realistic simulation. The tools serve various industries such as aerospace, automotive, consumer goods, industrial equipment, life sciences, and high-tech. As of 2023, Dassault Systèmes employs approximately 23,811 individuals across 194 global offices. In 2023, the company reported revenues of €5.67 billion, reflecting its significant presence in the software industry. As of 2024, Dassault Systèmes serves over 350,000 enterprise customers across more than 150 countries.

    About KUKA

    KUKA, founded in 1898, is a German automation company headquartered in Augsburg, Germany. KUKA specializes in intelligent automation solutions and offers a range of products, including industrial robots, automated manufacturing systems, and assembly lines. The solutions serve automotive, electronics, metalworking, plastics, consumer goods, e-commerce, and healthcare industries. As of 2022, KUKA reported approximately €4.4 billion in revenues and employed around 15,000 people. In 2016, KUKA became a subsidiary of the Chinese multinational Midea Group.

  • Lenovo Unveils ThinkSystem V4 Servers with Intel Xeon 6 Processor

    Lenovo Unveils ThinkSystem V4 Servers with Intel Xeon 6 Processor

    Image: Lenovo

    RESEARCH TRIANGLE PARK, NC, Feb 25, 2025 – Lenovo announced three new infrastructure solutions powered by Intel Xeon 6 processors designed to modernize and elevate data centers of any size to AI-enabled powerhouses. The solutions include next-generation Lenovo ThinkSystem V4 servers that deliver advanced-level performance and unique versatility to handle any workload while enabling AI capabilities in compact, high-density designs. Lenovo provides appropriate solutions, whether using edge computing, co-locating, or adopting a hybrid cloud. These options efficiently enable intelligence and bring AI wherever it is needed.

    ThinkSystem SR630 V4 Servers. Image: Lenovo

    The new Lenovo ThinkSystem servers are purpose-built to run the widest range of workloads, including the most compute-intensive – from algorithmic trading to web serving, astrophysics to email, and CRM to CAE. Organizations can streamline management and boost productivity with the new systems, achieving up to 6.1x higher compute performance than previous generation CPUs1 with Intel Xeon 6 with P-cores and up to 2x the memory bandwidth2 when using new MRDIMM technology to scale and accelerate AI everywhere.

    ThinkSystem SR650 V4 Servers. Image: Lenovo

    The systems are designed to address critical power limitations while enhancing the performance needed for demanding AI tasks. With ongoing improvements in Lenovo Neptune liquid cooling innovation, Lenovo is creating an effective approach to data center design that reshapes how power is utilized in IT. Lenovo Neptune water cooling boosts thermal efficiency by 3.5x, reducing power consumption used for cooling IT equipment while increasing its processing power 3. With increased density and efficiency, the new Lenovo ThinkSystem V4 servers with Intel Xeon 6 with E-Cores enable up to 3:1 rack consolidation of 5-year-old infrastructure, freeing up space and power for new AI projects4.

    “Lenovo is reimagining what’s possible in the data center by delivering intelligent and versatile infrastructure solutions that simplify and accelerate IT modernization,” said Scott Tease, vice president of Lenovo Infrastructure Solutions Group, products. “The new Lenovo ThinkSystem V4 servers represent the next generation of performance and innovation, achieving higher compute with less energy consumption and delivering AI-powered management that empowers businesses with fast and protected AI deployment across any environment. With Intel, we’re enabling our customers to scale smarter and evolve faster to achieve AI-powered transformation.”

     Flexibility and Performance without Compromise

    Lenovo ThinkSystem V4 servers equipped with Intel Xeon 6 processors and P-cores offer superior performance and productivity. They are designed to handle demanding AI challenges across various compute-intensive tasks. The servers are built for reliability and can adapt to different settings, including colocation services. This is essential for organizations needing high-performance private AI without the necessary data center space or liquid cooling infrastructure. Enhanced security features safeguard data effectively, regardless of its location. A new locking bezel option secures physical assets in remote environments.

    The new Lenovo ThinkSystem V4 servers include:

    • SR630 V4: data center powerhouse that is high-density, space-efficient, and designed to optimize performance in compact environments while delivering unique computing power and scalability for demanding workloads. The super dense 1U system is ideal for cloud service providers (CSPs), telcos and fintech operations, enabling them to manage real-time transactions requiring low latency and high throughout performance with limited floor space.
    • SR650 V4: delivers versatility for any workload with up to 25% more software GPU capacity for up to 2x computation performance in a compact 2U form factor5.  It is ideal for engineering, modeling & simulation, and AI with rapid time to value at up to 50% cost savings for GPU-intensive workloads.
    • SR650a V4: purpose-built to deliver AI power in a dense package that enables GPU-intensive workloads like machine learning, virtual desktop infrastructure (VDI), and media analytics. The 2U2S platform supports up to four double-wide GPUs with front GPU access, ensuring unmatched performance and ease of maintenance without compromising memory capacity. This server is ideal for organizations looking to drive AI innovation in a dense, efficient form factor.

    ThinkSystem SR650a V4 Servers. Image: Lenovo

    The Lenovo ThinkSystem V4 solutions also extend Lenovo Neptune liquid cooling from the CPU to the memory with the new Neptune Core Compute Complex Module, supporting faster workloads with reduced fan speeds, quieter operation, and lower power consumption.  Fans can consume as much as 18% of the power used by servers. The new Neptune module is precisely engineered to reduce air flow requirements, yielding lower fan speeds and power consumption while keeping the parts cooler for improved system health and lifespan. The module also expands cooling to four SW GPUs in the new ThinkSystem SR650a.

    Neptune Core Compute Complex Module. Image: Lenovo

    AI-Powered Management for Smarter AI Everywhere

    Businesses can deploy complex AI applications with integrated Lenovo systems management that saves time and resources across the ThinkSystem V4 portfolio. As a central command, XClarity One provides an insightful user interface that ensures fast, efficient, and protected deployment from one system to a thousand. New integrated enterprise remote control enables remote access and management of enterprise infrastructure no matter where it exists. Additionally, new AI-powered analytics offer server SSD predictive failure analysis (PFA) on XClarity One, helping to eliminate downtime by identifying potential problems with DIMMs before they fail. Finally, XClarity One now offers a Federated Directory that centrally manages system access across multiple applications through a unified registry and account.

    Lenovo continues to redefine innovation with adaptable and responsible AI solutions that make AI accessible to everyone. Their technology, from edge computing to data centers, helps organizations discover new opportunities, enhance operations, and keep pace in an AI-driven world.

    1 Up to 6.1x higher performance for compute-intensive workloads such as HPC, AI and database vs. 2nd Gen Intel Xeon CPUs. See 9G10, 9H10, 9A210 ATat intel.com/processor claims: Intel Xeon 6. Results may vary.

    2 Comparing the SR650a V4 to the SR650 V4, The SR650a V4 with 4x H100 GPUs vs the Sr650 V4 with 2x H100 GPUs provides 2x AI Computation performance.

    3 Lenovo Internal data ESG DECK

    4 See [7T1] at intel.com/processorclaims: Intel Xeon 6. Results may vary.

    5 Lenovo Internal data SR650 v4 based on internal benchmark testing.

    Source: Lenovo

    About Lenovo

    Lenovo Group Limited, founded in 1984, is a multinational tech company specializing in designing, manufacturing, and marketing consumer electronics, personal computers, software, servers, and related services. Serving industries such as education, healthcare, retail, and manufacturing, Lenovo offers a diverse product portfolio that includes laptops, desktops, tablets, smartphones, workstations, servers, storage devices, and accessories. The company markets its products under renowned brands like ThinkPad, ThinkBook, IdeaPad, Yoga, Motorola, and Legion. Headquartered in Beijing, China, and Morrisville, NC, Lenovo operates in over 60 countries and sells its products in approximately 160 countries worldwide. In the fiscal year ending March 2023, Lenovo reported revenues of $61.9 billion, maintaining its position as a global leader in the personal computer market with a 24.4% market share.

  • Lesters Introduces Ecosystem Solution to Support Growth toward £25M

    Lesters Introduces Ecosystem Solution to Support Growth toward £25M

    BURNTWOOD, UK, Feb 25, 2025 – Lesters has customers across automotive, engineering, medical and retail tapping into the company’s ecosystem that takes them from the core box range and specialist design through to supply chain services and an enhanced innovation and R&D offer.

    Utilization of two state-of-the-art TCY large format casemakers has transformed production speeds and capacity at its 60,000 sq ft facility on Mount Road and this has been supplemented by the recruitment of eight new people across sales, design and manufacturing.

    Edward Scobie

    The latest hire is Edward Scobie, joining the company as the operations manager. He will provide a pivotal link between production and the general manager, with the remit to drive productivity improvements, maintain top quality standards and unlock more capacity by leveraging real time data.

    Billy Hutchinson, managing director of Lesters, commented: “There were lots of challenges in 2024, many of them outside our control and driven by external pressures.”

    Billy Hutchinson. Source: LinkedIn

    “Despite the volatile outlook, we’ve continued to expand and are confident that we’ll hit £25m by the end of the next financial year – a successful completion of our four-year growth plan.” He continued: “A big part of this has been our fantastic Lesters team, who go above and beyond to ensure our customers receive timely packaging solutions that meet their exact requirements.”

    “We’ve also looked at how we can create a complete ecosystem for our clients, which means they have access to design support and core packaging, right through to supply chain solutions and stock management through Lesters Logistics.”

    Greg Burton. Source: LinkedIn

    Another key development for the business has been Greg Burton’s transition from design manager to design innovation lead. This is a natural transition and will see him strengthen his role as the conduit between the sales team and customers by spending more time on the road visiting clients’ warehouses and facilities. It is anticipated that this new position will give him more opportunity to explore supply chains, getting to know how they operate and what they need in terms of packaging and how design innovation could reduce their costs.

    Billy went on to add: “You can’t stand still in our industry and that is why we’re always looking to innovate and attempting to do things differently.”

    “2025 will be no different. One really exciting development will be working towards the BRCGS Global Food Safety Standard mark. This provides a framework to manage product safety, integrity, legality, quality and operational controls for food and food ingredient manufacturing.”

    “It’s a lengthy process to achieve the mark, and our efforts, led by Project Manager Cerianne Dixon and Business Support Manager Richard Shorthouse, are still ongoing. However, we’re confident that by the summer we’ll have achieved the Standard, opening up new markets for us in the process.”

    About Lesters Packaging

    Lesters Packaging, established in 1983, specializes in designing and producing heavy-duty corrugated cardboard packaging solutions. The company serves a diverse range of industries, including retail, industrial, electronics, aerospace, automotive parts, logistics and fulfillment, and the grower’s market. Their product offerings include octabin boxes, pick bins, bike boxes, pallet boxes, die-cut boxes, removal boxes, corrugated cartons, shuttle packs, heavy-duty packaging, retail-ready packaging, and extra-large cardboard boxes. Headquartered in the West Midlands, UK, Lesters Packaging operates state-of-the-art manufacturing facilities, providing bespoke packaging solutions to businesses of all sizes. While specific annual revenue figures are not publicly disclosed, the company’s longstanding presence and extensive industry expertise underscore its commitment to delivering high-quality, customized packaging solutions.

  • BW Converting Launches BB816+ High-Performance Mail Inserter

    BW Converting Launches BB816+ High-Performance Mail Inserter

    GREEN BAY, WI, Feb 25, 2025 – BW Converting has announced the launch of the BB816+ high-performance mail inserter. The new addition to the 800 series platform of servo-driven, easier-to-operate mail inserters is built for direct mail, transactional mail, and specialized applications such as vote by mail, offering top levels of integrity and adaptability for customized solutions.

    The BB816+ is the next-gen successor to the trusted BB700 mail-inserting workhorse. The BB816+ introduces advancements in ease of use, speed of changeover, mail product control, and automation, further solidifying BW Converting and its W+D brand as an innovator with knowledge of the performance characteristics of the envelope.

    The BB816+ is a future-proof inserting investment due to the new 800 series platform’s modular scalability capabilities. The BB816+ can be configured to smaller floor spaces and

    to change market demands. It also offers interchangeability with BW Converting’s flagship inserter, the W+D BB820+, a 20,000-piece-per-hour machine model.

    The BB816+ operates at up to 16,000 pieces per hour across the widest format range of any high-performance inserter, including envelope sizes from US #7 (3 ¾ inches by 6 ½ inches) up to 10 inches by 13 inches (C6 up to B4). The flexible system can handle product thicknesses up to 6/10 inch (15 mm).

    Significant features include:

    • Dual Lug Chain: Enhances product control at high speeds.
    • Upgraded Insertion Module: Features an optimized insert pusher assembly for improved performance.
    • Advanced Envelope Feeder: Ensures reliable feeding of various envelope types.
    • Size-Dependent Linear Speed Control: Maintains seamless operation across different envelope dimensions.
    • BW Converting’s Patented W+D Auto Mismatch Recovery Technology: Handles multiple personalized products with minimal or no operator intervention.
    • Robust BB816+ Design:
      • A signature W+D brand feature.
      • Supports inserting express and cardboard envelopes (FedEx, DHL, UPS, USPS, etc.).
      • Compatible with USPS TED-C envelopes.

    BW Converting equipped the BB816+ with a BSC4.0 human-machine interface (HMI), featuring an intuitive wide-screen interface with onboard operator support and EasySet for rapid job changeovers. Online operator support boosts ease of use, make-ready, and error recovery, making it ideal for less skilled or newly trained operators. Enhanced periphery options, including SL2 mobile autoloaders and OC4 vertical stacker with PT4 Tray Assist, provide further automation to maximize efficiency and throughput.

    “With the development of the BB800 family, BW Converting is reacting to the changes in the mailing markets,” said Eric Royal, director of sales-mail at BW Converting. “The BB800 platform with the BB820, BB820+ and now with the BB816+, enables us to now compete down-market with a smaller footprint, new high-speed input options and new 4-color inkjet solutions while offering speed, intelligence and user-friendliness with newly introduced automation. One BB816+ inserter will do more types of work and work that other inserters can’t do. We are confident that one new BB816+ will replace two to three Flowmaster inserters or three to four swing arm inserters; capabilities now allow a new economic business model for mailers. Moving forward, it’s about doing more with less for mailers.”

    The first BB816+ machines ordered will start delivering in February 2025.

    About BW CONVERTING

    BW Converting Solutions, a division of the $3.6 billion Barry-Wehmiller Corporation, specializes in designing and manufacturing precision machinery for tissue, hygiene, print, packaging, mailing, and textiles. Formed as an alliance, it unites brands including Paper Converting Machine Company (PCMC), Winkler+Dünnebier (W+D), Baldwin Technology Co., Hudson-Sharp, STAX Technologies, and Northern Engraving and Machine. These brands offer advanced converting and packaging machinery tailored to industrial applications. With a global presence, BW Converting Solutions operates production facilities in WI, Italy, Serbia, Germany, and England. BW Converting Solutions employs over 1,580 team members worldwide.

    About BARRY-WEHMILLER

    Barry-Wehmiller is a leader in manufacturing, engineering, and automation solutions, serving industries such as packaging, paper converting, automation, and industrial equipment. Established in 1885, the company has been in business for over 135 years and has grown into a multi-billion-dollar enterprise. Through its divisions, including BW Packaging, BW Converting Solutions, and BW Design Group, Barry-Wehmiller provides machinery and services for food and beverage, pharmaceuticals, personal care, tissue and hygiene, and industrial goods sectors. With an emphasis on people-centric leadership, the company employs over 12,000 team members worldwide. Barry-Wehmiller generates approximately $3.6 billion in annual revenue and has expanded its global presence through acquisitions and organic growth. Headquartered in St. Louis, MO, the company continues to drive innovation while fostering a culture of leadership and sustainability in the industries it serves.

  • PioCreat 3D Takes Over HALOT Resin Printer Line from Creality

    PioCreat 3D Takes Over HALOT Resin Printer Line from Creality

    PioCreat 3D Product Lineup

    SHENZHEN, China, Feb 24, 2025 – PioCreat 3D has announced that Creality’s consumer HALOT line of resin 3D printers has merged into the PioCreat brand. The move empowers PioCreat 3D to operate the HALOT series autonomously, adapting to evolving market demands and driving innovation in the resin 3D printing sector.

    A Strategic Move for Enhanced Market Focus

    The HALOT series of resin 3D printers, known for their precision, reliability, and ease of use, has garnered positive feedback from users worldwide. The spin-off of the HALOT series into PioCreat 3D is a planned move that enables PioCreat to apply its industrial-grade expertise to the photocuring printing field, overcoming technical challenges and driving the collaborative development of consumer-grade and industrial-grade products.

    Empower Innovation with PioCreat 3D

    “This is an exciting chapter for both PioCreat 3D and the HALOT series,” said Fred Liu, one of the founders of Creality and PioCreat 3D. “With over nine years of experience in the 3D printing industry and technical expertise, we are poised to redefine resin 3D printing, delivering solutions that empower industries and creators worldwide.”

    Operating independently, PioCreat can respond to market trends, develop targeted solutions, and push the boundaries of the HALOT series in sectors like jewelry, dental, engineering, and manufacturing.

    Commitment to Excellence

    Users of the HALOT series will continue receiving software updates, technical support, and warranty services with consistent quality and dependability. PioCreat 3D will also introduce a dedicated website and support channels to enhance the user experience.

    Looking Ahead

    PioCreat 3D will launch new advancements under the HALOT series while staying committed to the dependability that users expect through ongoing improvement and innovation.

    Source: PioCreat 3D

    About PioCreat 3D

    Established in 2015, PioCreat 3D specializes in the research, development, production, and sales of industrial-grade 3D printers and related materials. Serving industries such as dentistry, jewelry, advertising signage, medical care, automotive manufacturing, and art design, PioCreat offers a product portfolio that includes pellet 3D printers, dental and jewelry 3D printers, consumer 3D printers, and specialized resins. The company operates a 10,000-square-meter production base in Shenzhen, China, encompassing advanced R&D centers, 3D printing laboratories, and modern production lines. Operating from a 20,000-square-meter production facility, the company employs over 2,000 professionals dedicated to research, development, production, and sales. The company’s commitment to quality is evidenced by certifications such as FCC, EU RoHS, UL, and European CE, ensuring compliance with international standards.

  • 3Shape Unveils AI-Driven CAD Innovations for Dental Labs

    3Shape Unveils AI-Driven CAD Innovations for Dental Labs

    COPENHAGEN, Denmark, Feb 24, 2025 – In 2025, at LMT Lab Day, 3Shape will celebrate twenty-five years of innovation by introducing a paradigm shift to CAD workflows for dental labs.

    3Shape will soon add a free and fully integrated AI-driven crown design application and various workflow innovations to its 3Shape Dental System 2024 software to enhance efficiency and digitization for dental labs.

    “As the very first employee hired at 3Shape 25 years ago, I’ve witnessed CAD/CAM evolve from a bold vision into the industry standard. The rapid adoption of digital workflows by both labs and practices has been remarkable. That’s why lab technicians need to experience the speed, automation, and convenience of our new Dental System 2024 software,” says Rune Fisker, senior vice president of product strategy at 3Shape.

    At the  LMT Lab Day and the upcoming IDS in Germany, 3Shape will introduce new and innovative upgrades to its 3Shape Dental System software for labs that include integrated and free AI-driven design automation, faster case management, 3Shape LMS software updates and workflow integration, TruAbutment ioConnect partnership, and seamless cloud-based licensing.

    Key highlights for 3Shape Dental System 2024:

    1. AI Powered Design Proposals – Now Free with 3Shape LabCare*       

    • Labs will receive AI-powered editable design proposals for crowns, inlays, and onlays from 3Shape Automate when opening cases or desktop scanning. The integrated workflow requires no manual setup.
    • AI design proposals are included free with a 3Shape LabCare subscription to maximize productivity for dental labs.

    2. Enhanced efficiency with new Dental System 2024 software           

    • Ensure quicker turnaround times with up to 10x faster case management.
    • Improve productivity with up to 20x faster reopening of cases.
    • Free up time with AI-powered automation for routine tasks such as occlusal plane positioning, segmentation, and annotation placement.
    • Eliminate common design issues with Automated scan alignment and correction tools.
    • Streamline design processes and reduce manual adjustments post-production with new sculpt tools for RPD teeth.

     3. New integrations for 3Shape LMS           

    • 3Shape LMS and Dental System are now integrated to streamline tasks, reducing admin work and double data entry between the two solutions. **
    • 3Shape LMS delivers true digital customer experience – 3Shape LMS integration with 3Shape Unite Cloud for dental practices enables labs to collaborate and communicate with their clients via the cloud. The integration additionally provides the lab’s clients with a transparent overview of their cases 24/7.***

    4. TRIOS ioConnect Workflow for All-on-X Treatments

    Labs can take advantage of 3Shape’s TRIOS ioConnect Workflow for All-on-X full arch restoration cases. This collaboration integrates the power of TruAbutment’s ioConnect elongated abutments with 3Shape’s Dental System software and TRIOS intraoral scanners, providing dental labs with an effective solution for designing All-on-X treatments.****

    3Shape will soon release a Straumann TRIOS workflow with Straumann’s new exact scan bodies for full-arch digital workflow cases.

    5. Cloud Licensing: Freedom from Physical Dongles

    3Shape is eliminating its physical software license dongles and moving to a cloud-based licensing system instead. The cloud license will connect to the 3Shape Account and provide labs with an overview of all their purchased software.

    The software license on the cloud will simplify software updating and ensure labs always benefit from the latest functionality and improvements.

    Experience the Future of Digital Dentistry

    Dental System 2024 introduces new AI-driven tools, automation, and integrations to improve speed and efficiency in dental labs. With AI-driven processes and intelligent integrations, the latest release allows dental lab professionals to concentrate on providing exceptional service to their clients.

    *First available in select countries from April 2025. Available only to 3Shape LabCare subscribers on Dental System 24.1.1 or newer. Fair use limit applies. If the limit is exceeded, additional AI designs can be purchased using CAD points. AI design proposals are only available for TRIOS, integrated 3rd party IOS, and 3Shape desktop scans.

    **Planned rollout: March 2025. This integration follows the global availability of 3Shape LMS, which is currently supported in English-speaking countries, including the United States, Canada, United Kingdom, Denmark, Sweden, Norway, Finland, Belgium, Netherlands, and Luxembourg.

    *** Available Q2 2025

    **** Available March 2025

    Source: 3Shape

    About 3Shape

    Founded in 2000, 3Shape develops 3D scanners and CAD/CAM software solutions, primarily serving the dental and audio industries. Headquartered in Copenhagen, Denmark, the company offers a range of products, including intraoral scanners, lab scanners, and comprehensive CAD/CAM software suites designed to enhance diagnostic and treatment workflows for dental professionals. Over its two-decade history, 3Shape has expanded its global presence, employing over 2,200 professionals and operating in more than 100 countries. In 2023, the company reported revenue of approximately $750 million. 3Shape’s commitment to innovation and quality has established it as a trusted partner for dental and audio professionals worldwide.

  • Siemens Appoints Christiane Ribeiro as Global Head of Communications

    Siemens Appoints Christiane Ribeiro as Global Head of Communications

    MUNICH, Germany, Feb 24, 2025 – Siemens AG has appointed Christiane Ribeiro Guimarães Höfer as the new global head of communications at Siemens AG. She will report to Roland Busch, president and CEO of Siemens AG, effective March 1. Ribeiro succeeds Lynette Jackson, who has held the role since October 2021 and has decided to leave the company to pursue a new opportunity.

    “I would like to thank Lynette for her strong contribution to Siemens, protecting and building our reputation and leading the function across the enterprise for the last three and a half years. I wish her personally and professionally all the best,” said Roland Busch, president and CEO of Siemens AG.

    Christiane Ribeiro. Image: Siemens

    “We are very pleased to appoint Christiane Ribeiro as Siemens’ new global head of communications,” said Roland Busch. “Having been with Siemens for almost 25 years, she brings a deep understanding of our company, our culture, and our global footprint. Her leadership across multiple regions and her pivotal role in positioning Siemens as a leading technology company over the last years make her uniquely suited for this role. As we continue to transform and shape the industries of the future, her expertise and passion will be invaluable in strengthening our brand and engaging stakeholders around the world.”

    “Together with my colleagues, I look forward to supporting the continued growth of Siemens through high-impact communications. It is a privilege to tell the amazing stories of our customers and partners, our people, and the impact our technology has on the world. I am excited to do this with outstanding teams around the globe,” said Christiane Ribeiro.

    Christiane Ribeiro is currently head of CEO communications, strategic messaging, and thought leadership. She also leads communications for the newly launched “ONE Tech Company”, a company program for accelerated growth. She joined Siemens Brazil in 2001 and has held roles including head of communications and government relations for Siemens Australia and New Zealand, head of innovation communications, and communications business partner to Roland Busch as chief technology officer and deputy CEO.

    Source: Siemens AG

    About Siemens AG

    Siemens AG, headquartered in Munich, Germany, is a technology powerhouse with a history dating back to 1847. The company operates in sectors including industry, infrastructure, transport, and healthcare, offering products and services that range from industrial automation and digitalization solutions to energy-efficient technologies and medical diagnostics equipment. In the fiscal year 2023, Siemens reported revenues of €77.8 billion and a net income of €8.5 billion. The company employs over 300,000 individuals worldwide, with approximately 87,000 based in Germany. Siemens is recognized as a leading industrial manufacturing entity in Europe and holds a significant position in the global industrial automation and software market.

  • UAV Expands Aerospace Manufacturing with AIG

    UAV Expands Aerospace Manufacturing with AIG

    EWAHITCHKA, FL, Feb 24, 2025 – UAV Corp. is expanding its aerospace manufacturing capabilities with the arrival of Atlantic Industrial Group Inc. (AIG) at its Florida facility this week. AIG plans the installation of a production line capable of 3D printing technology at the location. The Florida facility will encompass design, computational flow testing capabilities, 3D printing, vacuum panel formation, training facility, ground-based control center, and other capabilities. These developments mark a significant step toward full-scale production of the T-Wing UAS, UAV Corp’s next-generation unmanned aerial system.

    AIG will lead the pre-production for the T-Wing UAS. This advanced platform combines vertical take-off and landing (VTOL) with winged flight, allowing for different mission capabilities. Fabrication and assembly will occur on-site using 3D printing, mold, or hybrid frame methods. The goal is to complete the airframe model by May 1.

    UAV Corp. and AIG have successfully integrated the T-Wing flight simulator. Engineers are finalizing the flight control system. The company plans to arrange capability verification flights in simulators and at the local airfield. Engineering teams and pilots will be involved in these flights.

    T-Wing UAS: Advanced Technology for Real-World Applications

    Built with a high-aspect-ratio wing and AI-powered flight controls, the T-Wing UAS offers endurance and precision. Key applications include:

    • Agricultural monitoring and crop analysis
    • Environmental research and disaster assessment
    • Aerial mapping and infrastructure inspections
    • Beyond-Visual-Line-of-Sight (BVLOS) commercial deliveries

    A Commitment to Innovation and Growth

    “These milestones underscore UAV Corp’s commitment to advancing unmanned aerial systems with precision and efficiency,” said Michael Lawson, CEO of UAV Corp. “AIG’s expertise and our new manufacturing capabilities position us for industry leadership.”

    Source: UAV Corp.

    About UAV Corp.

    UAV Corp., established in 1987 and headquartered in Wewahitchka, FL, specializes in aerospace and defense technologies. Through its subsidiary, Skyborne Technology, Inc., the company focuses on R&D of intellectual property and proprietary designs, particularly in semi-rigid airship design, reverse-ballonet technology, and hybrid propulsion systems. As of the latest data available, the company has a market capitalization of approximately $4.379 million and employs 10 individuals.

    About Atlantic Industrial Group (AIG)

    Atlantic Industrial Group (AIG), established in 1980 and headquartered in Columbia, MD, is a vertically and horizontally integrated holding company specializing in logistics, defense software, and aerospace manufacturing. AIG focuses on acquiring underutilized technologies to develop solutions that can be rapidly scaled, often outperforming legacy systems from larger companies. The company manufactures vertical take-off and landing (VTOL) drones, vehicle components, and munitions and develops training software utilizing modern simulation platforms. In June 2024, AIG secured a global manufacturing and design license from UAV Corp. to produce high-altitude, lighter-than-air vehicles, expanding its footprint in the aerospace sector.

  • Creaform Launches Next-Gen Software for Improved 3D Scanning, Inspection

    Creaform Launches Next-Gen Software for Improved 3D Scanning, Inspection

    Image: Creaform

    LÉVIS, Canada, Feb 24, 2025 – Creaform, a business of AMETEK, Inc. and a worldwide provider of automated and portable 3D measurement solutions, has progressed forward in its software offering, reflecting an evolution by introducing Creaform.OS and the Creaform Metrology Suite, that leverage the hardware-software synergy to deliver a complete 360° 3D scanning solution.

    Through its new intuitive user interface (UI), user-friendly tools, embedded content, and streamlined onboarding tools for new users, the newly reinvented software solutions were carefully designed to adapt to its users’ journey and workflow. Representing the culmination of over 20 years of experience, the additions complete Creaform’s comprehensive 3D measurement solution, metrology-grade scanners and optical CMM, intuitive software, support system, online training, and technical content.

    The Creaform.OS platform provides all acquisition modules designed to provide the best 3D measurement experience across all Creaform systems, with the Scan, Probe, and Photogrammetry modules. It also includes a multitude of significant improvements and features:

    • New innovative interface: Completely redesigned UI to be workflow-oriented, it structures the core functionality with segmentation based on the major steps of each application.
    • Customizable: New homepage, new menu structure, toolbars placement, preconfigured files for specific applications and many more options enable users to modulate the platforms to fit their unique tasks and applications.
    • The new Insight channel: An integrated communication channel that enables Creaform to share complementary training tools, success stories from other clients, and new products with all users.
    • On-boarding tools: The platform integrates several training tools and loading tips to empower users to learn the software on their own, simplifying new employees’ integration.
    • New maximized 3D viewer: A new multiple sources lightning engine as well as additional space to view the data ensure optimal data visualization.

    Image: Creaform

    The Creaform Metrology Suite, on the other hand, provides a complete portfolio of application software modules designed for any metrology task:

    • Scan-to-CAD module: Intuitive reverse engineering toolkit for transferring data extracted from 3D scans to any CAD platform.
    • Inspection module: Comprehensive and powerful software designed for efficient and accurate dimensional inspections.
    • Automation module: User-friendly and integrated programming platform for deploying automated quality control solutions.
    • Dynamic tracking module: Dynamic tracking module enabling simultaneous position and orientation of multiple objects in space and time.

    “Engineered with optimal UX in mind, these platforms provide a versatile suite of tools designed to simplify operations, solve industry-specific challenges, and promote long-term growth,” explains Jérôme-Alexandre Lavoie, director of product management at Creaform, before adding, “Innovation Takes Form in every aspect of Creaform’s hardware and software solutions, establishing partnerships founded on trust, adaptability, and technologies that not only meet today’s needs but shape the future.”

    Source: Creaform

    About Creaform

    Founded in 2002, Creaform specializes in developing and manufacturing portable 3D measurement technologies and engineering services. Their product lineup includes 3D scanners, portable coordinate measuring machines (CMMs), automated quality control solutions, and optical coordinate measuring systems. The tools serve applications like 3D scanning, reverse engineering, quality control, non-destructive testing, product development, and numerical simulation. Creaform’s solutions are utilized across multiple industries, including automotive, aerospace, consumer products, heavy industries, manufacturing, oil and gas, power generation, and research and education. Creaform operates in over 85 countries through 14 local offices and a network of more than 125 distributors. In 2013, AMETEK, a global industrial technology provider, acquired the company. As of 2023, Creaform employs approximately 527 individuals.