The software provides precise cycle time predictions using the virtual robot controller (VRC), which runs the same software as real KUKA robots.
To ensure smooth performance for complex 3D layouts, KUKA recommends the following hardware: Minimum Requirement Recommended Specification
High-performance 64-bit application that supports importing various CAD formats, including [CATIA](url: https://www.scribd.com/document/869582163/Kui-Flyer-Kuka-Sim-Pro-en-us-Web) (V5, V6), STEP, JT, and Solidworks. kuka sim pro 31 product key upd
[Windows 10 64-bit](url: https://www.kuka.com/en-de/products/robot-systems/software/planning-project-engineering-service-safety/kuka_sim) Windows 10 64-bit Dual-core CPU
Supports AVI HD video export (up to 4K), 3D PDF export, and mobile viewing via VR glasses or a dedicated app. System Requirements The software provides precise cycle time predictions using
[Intel i7 (or comparable) Quad-Core](url: https://www.scribd.com/document/600007938/Release-Notes-KUKA-Sim-Pro-3-1) 16 GB or higher Graphics Card NVIDIA with [PhysX support](url: kuka.com) (1GB)
Select when the activation window appears. Enter the official 16-digit [product key](url: https://docs
Users can write programs in [KUKA Robot Language (KRL)](url: https://www.kuka.com/en-us/products/robotics-systems/software/simulation-planning-optimization/kuka_sim) directly, eliminating the need for postprocessors.
All official software downloads and license management occur through the [KUKA Customer Portal](url: https://my.kuka.com/s/faq-mykuka-licencemanagement/?language=en_US).
Enter the official 16-digit [product key](url: https://docs.pickit3d.com/en/3.1/robot-integrations/kuka/KRC4/kuka_installation_and_setup.html) and click "Next" to validate online.