High-Fidelity Additive Plant Digital Twin

I need a photorealistic 3D digital twin of an entire additive-manufacturing plant, created directly inside Siemens NX so I can run end-to-end process simulations and generate virtual toolpaths without jumping between platforms. What matters most is accuracy: every printer, robot, conveyor, sensor and work-cell must look and behave exactly as it does on the shop floor, down to realistic textures, kinematics and collision envelopes. The core objective is reliable simulation of manufacturing processes; once the twin is live I will drive “what-if” studies for throughput, ergonomics and safety, then export validated toolpaths straight from the model. You can reference any existing CAD I supply, but expect to rebuild missing assets to the same high-detail standard. Lean polygon counts are welcome as long as visual fidelity is uncompromised. Deliverables • Siemens NX file set containing the fully-navigable, high-detail plant model • Associated simulation logic, event triggers and motion studies ready to run in NX MCD / Plant Simulation • Toolpath generation workflows proven on at least one representative build plate • Brief hand-off document outlining layer structure, naming conventions and how to rerun or edit simulations Acceptance criteria: the twin must load in current Siemens NX without errors, visual differences from reference photos stay under 5 %, and a sample build sequence completes in real time with no collision flags. If you have solid Siemens NX simulation experience and a portfolio of realistic factory twins, let’s talk timelines and any data you need from me to start.

Project ID: 40523900