At CES 2025, Siemens Digital Industries Software announced the official release of its cutting-edge immersive engineering technologies for NX software and advanced photorealistic visualization capabilities in Teamcenter. These advancements are set to revolutionize how engineers, designers, and manufacturers interact with complex data and digital twins, marking a major step forward in integrating physical AI technologies into industrial processes.
Immersive Engineering with Siemens NX and Sony XR HMD
Siemens has partnered with Sony Corporation to deliver an enhanced immersive engineering experience by combining Siemens NX software with Sony's XR head-mounted display (HMD), the SRH-S1. This advanced HMD features high-definition 1.3-type OLED microdisplays with 4K resolution, enabling real-time, lifelike rendering of 3D objects. Paired with intuitive controllers, users can interact seamlessly with 3D models, facilitating design and validation processes.
Ian Briggs, founder and head of design at Briggs Automotive Company, praised the technology:
"Siemens' Immersive Engineering technology helps our designers and engineers see, design, and edit parts more intuitively. It allows customers to experience their car at human scale before it is built and enables seamless collaboration among stakeholders to validate designs before manufacturing."
The NX Immersive Designer and Collaborator tools are now available for all NX customers with the latest software updates. The required HMD with controllers is priced at $4,750 and is open for preorder, with shipping beginning in February 2025.
Photorealism and Physical AI in Teamcenter
Building on its 2022 collaboration with Nvidia, Siemens has integrated advanced photorealistic visualization capabilities into Teamcenter through the new Teamcenter Digital Reality Viewer. Leveraging the Nvidia Omniverse platform, this tool supports high-performance, real-time ray tracing for photorealistic visualization of complex engineering and manufacturing datasets.
This technology enables companies to interact with highly realistic, physics-based digital twins of their products, streamlining workflows and reducing costly errors. Photorealistic simulations serve as critical training environments for physical AI systems, allowing autonomous machines and data-driven processes to operate effectively in real-world conditions.
Jensen Huang, founder and CEO of Nvidia, highlighted the transformative potential of physical AI:
"Physical AI will revolutionize the $50 trillion manufacturing and logistics industries. Everything that moves - from cars and trucks to factories and warehouses - will be robotic and embodied by AI."

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Benefits of Photorealistic Technology for Manufacturers
Siemens outlined key advantages of incorporating photorealism into digital twins:
Enhanced Product Insights: Greater realism offers deeper understanding and better decision-making during the design phase.
Reduced Costs: Photorealism eliminates the need for physical prototypes and separate virtual environments, accelerating time-to-market.
Improved Data Synchronization: Real-time 3D data interoperability ensures that product information remains synchronized, minimizing errors and discrepancies.
A Leap Towards the Future of Industrial AI
These innovations in immersive engineering and photorealistic visualization underscore Siemens' commitment to advancing industrial technology. By integrating physical AI into the manufacturing process, Siemens enables companies to streamline development, reduce costs, and deploy reliable autonomous systems trained on real-world data.
With these groundbreaking tools now available, Siemens is poised to lead the next wave of industrial transformation, setting the stage for a future where intelligent, autonomous systems drive unprecedented efficiency and innovation across industries.
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