MotoSim

With MotoSim you can:

• Design and validate workcells offline – Virtually configure robots, tools, and peripherals before touching the factory floor to reduce trial-and-error.

• Optimize layout and throughput – Simulate robot placement, reach, and cycle times to identify the fastest, most efficient cell configurations.

• Prevent risks before they happen – Detect collisions and interferences early in the design phase to minimize downtime and costly redesigns.

• Validate robot compatibility – Use MotoSize™ integration to ensure correct robot selection for your payload and reach needs.

• Program with confidence – Generate automatic toolpaths and switch seamlessly between virtual and real controllers with identical interfaces.

• Scale with Flexibility – Reuse verified simulations to support future automation expansion or changes, saving time and cost.

Why Cell Simulation Matters for Your Project

• Accelerate deployment – Minimize installation delays through thorough offline testing of cell layouts and sequences.

• Improve ROI – Identify performance bottlenecks before they happen, ensuring your system delivers maximum output from day one.

• Mitigate risk – Pre-empt design errors and avoid costly on-site modifications or productivity disruptions.

• Empower your team – Train operators using realistic simulations that mirror the real-world controller interface—before the robot ever moves.

The virtualized controller also allows the simulation software to operate and display a programming pendant interface identical to the real controller. The VRC completely simulates the Motoman^® robot controller software.

With access to the MotoSim EG-VRC Model Library, you can also download a broad library of third party models for your use.