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 


       The XR HMD (SRH-S1) features Sony’s high-definition 1.3-type OLED Microdisplays with 4K resolution, and its proprietary rendering technology enables real-time, high- definition and realistic rendering of 3D objects. It also has a pair of controllers optimised for intuitive interaction with 3D objects and precise pointing. The head-mounted display is designed for comfort and stability. “We embarked on this collaborative project with Sony to deliver the power of the industrial metaverse to our community of designers,


engineers and manufacturers directly in our flagship product engineering software,” said Bob Haubrock, senior vice president, Product Engineering Software, Siemens Digital Industries Software. “After previewing the HMD at CES last year, our collective teams have built a set of tools that revolutionise how mixed reality is used in the engineering space – to not only support global collaboration based on high-fidelity 3D models, but to enable co-creation directly on vital 3D CAD data in a managed, secure environment.” Ian Briggs, founder and head of Design, Briggs Automotive Company (BAC), added: “Siemens’ Immersive Engineering technology helps our designers and engineers see, design and edit parts more easily with the unique controllers, enable our customers to experience their car at human-scale before it is built, and


   


    AirBorn’s portfolio of military-grade connectors, cables and electronic


assemblies will form the foundation of Molex’s new Aerospace and Defence Division. AirBorn’s CEO, Michael Cole, will lead the new division while working closely with Molex’s integration team and global leadership team to align priorities, empower employees and create recurring customer value. He said: “The combination of Molex’s organisational scale and financial stability with AirBorn’s purpose-built products and unmatched customer experiences will enable us to solve the most complex rugged connectivity challenges.” “Molex is excited to complete this important acquisition, which enables us to


expand into the aerospace and defence market while extending our capabilities across space exploration and other key sectors,” explained Joe Nelligan, CEO, Molex. “As we begin to integrate AirBorn’s people, products and processes within Molex, we will focus on supporting the needs of our customers, distributors and partners through collaboration and strategic investment in innovation and technology, shaping the future of the aerospace and defence category.”





help stakeholders from production easily collaborate with designers and engineers to validate parts before manufacturing.” Siemens’ Immersive Engineering toolset brings the power of mixed reality to the product engineering and manufacturing community, enabling high-fidelity mixed reality and 3D-focused collaboration.





  


        Built for industrial use, this footswitch features a sturdy and durable design, ensuring reliable performance in demanding environments. Its unique aesthetic and functionality make it adaptable to a variety of settings, with accessories available to customize usage. The foot potentiometer is IP65 waterproof, making it suitable for


harsh conditions, and it accommodates safety shoes with its safety toe lock-out feature. Thanks to its innovative modular footswitch design, multiple footswitches can be linked together effortlessly. Made with a durable metal cover, the EMAS 10K potentiometer is an essential tool for industrial automation.


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  7


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