KUKA iiQWorks.Sim1.3 Advance is KUKA’s next-generation offline programming and simulation platform, built on the iiQoT industrial intelligence ecosystem. It enables engineers to design, simulate, and validate complete robotic work cells entirely offline before deployment to the production floor. By moving programming, debugging, and optimization into a virtual environment, commissioning time is reduced by up to 70% and costly on-site errors are eliminated before the first robot is ever moved.
Core Functions. Full 3D work cell modeling with precise robot kinematics and reachability analysis. Offline Programming (OLP) with native KRL code generation — programs created in simulation run on real controllers without translation. Cycle-time analysis and optimization tools identify bottlenecks and suggest motion improvements. Collision detection with configurable safety zones and clearances prevents equipment damage. Line tracing and path planning handle complex trajectories, weld seams, and dispensing paths. Multi-robot coordination allows up to 12 robots in a single cell with automatic interference checking. External axis management supports positioners, turntables, and linear tracks. Conveyor tracking synchronizes simulated and real conveyor speeds for accurate pick-and-place validation. Virtual commissioning connects simulated PLC logic (Siemens TIA, Rockwell Studio 5000, Beckhoff TwinCAT) to virtual robots for full-system testing.
New in Sim1.3 Advance. Enhanced iiQoT integration enables real-time production data exchange between simulation and live cells. Improved CAD import automatically recognizes features such as holes, edges, and surfaces for faster teach-point creation. The physics simulation engine is significantly faster with more accurate payload and inertia modeling. The robot library has been expanded to include the latest LBR iisy collaborative series, the new KR FORTEC ultra-heavy payload robots, and the updated CYBERTECH nano family. The redesigned user interface features dark mode, customizable toolbars, and a streamlined workflow for common tasks. Cloud connectivity supports remote diagnostics and fleet-wide simulation deployment across multiple sites.
Supported Systems. Windows 10 and Windows 11 (64-bit). Recommended: Intel Core i7 or better, 32 GB RAM, dedicated NVIDIA or AMD GPU with 4 GB VRAM for optimal 3D rendering. Virtual controller compatible with KSS 8.3 through 8.7 and SunriseOS 1.16. Optional integration into KUKA.WorkVisual environments. Network licensing supports floating licenses for team deployments.
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