Multi-Head CNC Toolpath Partitioning With Digital Twin Collision Checks

The patent creates a digital twin (virtual copy) of the multi-head machine that includes accurate geometric models and kinematic parameters. This virtual model allows for offline simulation and verification of toolpaths without requiring complex real-time coordination programming, thus maintaining high productivity while reducing programming complexity.

The system performs preliminary collision detection and toolpath verification in the virtual environment before actual machining. By pre-simulating the behavior of multiple heads and detecting potential collisions offline, the system eliminates the need for complex real-time collision avoidance programming during production.

The digital twin creates a virtual replica of the physical machine with precise geometric and kinematic models. This allows for safe, high-speed operation by pre-verifying toolpaths in the virtual environment, enabling heads to operate in close proximity without actual collision risk since conflicts are detected and resolved offline.

The system performs preliminary collision detection and prevents harmful interactions before they occur by simulating multi-head operations in the digital twin. Potential collisions are identified and resolved during offline programming, allowing high-speed operation with reduced collision risk during actual production.

The digital twin maintains accurate geometric models, kinematic parameters, and machining conditions in the virtual environment. This allows complex calculations to be performed offline on powerful computers without impacting production timing, thus maintaining high tool trajectory accuracy while enabling fast production cycles.

Accurate tool trajectory calculations and validations are performed preliminarily in the digital twin before production. By completing precise simulations offline, the system maintains manufacturing precision while enabling rapid production execution without repeated adjustments.