Visual Components Adds Photorealistic Viewport to Software
The new FactoryLens viewport integrates NVIDIA libraries to improve the physical accuracy of digital twin manufacturing layouts.
Updated on Oct. 16, 2026 in Manufacturing
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Visual Components has launched its new FactoryLens simulation viewport, which integrates NVIDIA Omniverse libraries into existing factory layout planning tools. This software enables manufacturing operators to render digital twins with photorealistic visuals and physical accuracy.
Why it matters
By allowing direct export of factory layouts into high-fidelity environments, the integration bridges the gap between static floor planning and dynamic digital twins. This shift aims to improve the realism of manufacturing simulations, helping operators identify potential layout bottlenecks before physical implementation.
The platform now supports a simulation library of more than 4,000 components. This update integrates into a company history spanning two decades of operations.
The players
Visual Components
A developer of 3D manufacturing simulation software with headquarters in Espoo, Finland, and North American operations in Carmel, Indiana.
NVIDIA
A technology company providing the core Omniverse, RTX, and PhysX libraries used to power the rendering and physics engines in this simulation update.
The details
FactoryLens uses Universal Scene Description to export configurations from Visual Components directly into digital twin environments without secondary visualization software. It leverages NVIDIA RTX for photorealistic rendering and NVIDIA PhysX for physics simulation to increase the accuracy of factory configurations. This enables operators to test complex material flows within a digital representation that mirrors real-world constraints.
Timeline
October 16, 2026: Visual Components officially launched the FactoryLens viewport.
Market Landscape
This release follows the wider industry move toward integrating industrial design software into the NVIDIA Omniverse platform. It signals a shift toward standardizing photorealistic digital twins as a default requirement for manufacturing layout planning.
Manufacturers should evaluate whether their existing layout planning tools can integrate with Universal Scene Description to take advantage of these new rendering capabilities. Review current hardware and software compatibility requirements before incorporating higher-fidelity simulations into your facility design process.
The takeaway
The integration of physical AI libraries into standard simulation tools suggests that photorealism is becoming a baseline expectation for digital factory planning. Monitor how these visualization upgrades impact your lead times for facility reconfigurations by tracking the accuracy of initial layouts against final implementation.
Further reading
For more on industry shifts in production planning, visit our Manufacturing section.
More information
For additional technical specifications or platform updates, visit the Visual Components company website.
Source note: This article includes information reported by Fabricating and Metalworking.
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