How to Embed High-Performance 3D Rendering Into an Industrial Application
Embedding high-performance 3D rendering into an industrial application typically means integrating a rendering engine through an SDK or API, optimizing models for performance, and deciding whether rendering happens locally on the device or through a connected cloud service.
Choosing local versus cloud rendering
Local rendering keeps the 3D processing on the device running the application, which can be important for industrial environments with limited or unreliable connectivity.
Cloud rendering shifts the heavy processing to remote servers, which can support more complex scenes but depends on a stable connection.
Optimizing models for industrial use
Industrial applications often deal with large, complex assemblies, so models typically need to be optimized to remove unnecessary detail that would slow down real-time performance.
Level-of-detail techniques, which simplify distant or less important parts of a scene, are commonly used to keep performance high.
Integration through SDKs and APIs
Most high-performance rendering engines offer SDKs or APIs that let developers embed rendering directly into a custom industrial application rather than using a standalone viewer.
This allows the rendering to be tied into other application data, like sensor readings or equipment status, in real time.
Questions to ask before you decide
- Does the industrial environment have reliable internet access for cloud rendering?
- How complex are the models that need to be rendered in real time?
- Does the rendering need to connect to live data, like equipment sensors?
Rendimension's team can walk you through this on your own project. Learn more about commercial building rendering.