Defence manufacturing demands absolute precision, safety, and repeatability. Vericut verifies real G-code against an exact digital twin of your CNC machine, ensuring every program runs correctly before metal is cut—reducing risk, cost, and downtime.

Vericut’s physics-based Force Optimization module balances cutting conditions for each toolpath, shortening cycle times and extending tool life. For defence CNC machining, this means faster production without compromising quality or compliance.

From aerospace and defence manufacturing to naval systems, land vehicles, and advanced weapon assemblies, Vericut simulates and verifies machining for every component—no matter how complex or critical.

Yes indeed. Vericut integrates seamlessly with all major CAD/CAM software and post-processors, creating a streamlined defence manufacturing software environment with minimal disruption to your current workflow.

Vericut acts as a digital replica for defence machining, mirroring your actual machine’s kinematics and control logic. This ensures accurate verification, consistent optimization, and traceable data to support QA and certification requirements. 

Vericut provides traceable verification data that supports AS9100, ITAR, and MIL-SPEC quality frameworks. Every simulation generates a record of toolpaths, collisions, and optimizations—building a digital audit trail for program validation.

Yes. Vericut was primed for multi-axis, multi-spindle, and mill-turn machines. It handles intricate geometries, tight clearances, and advanced tooling strategies common in defence machining applications. 

Yes. Vericut models the machine’s actual logic, ensuring consistency between additive material deposition and subtractive machining for hybrid manufacturing processes.

By identifying potential issues before machining, optimizing cutting parameters, prolonged tool life, and reducing scrapped parts, Vericut helps lower production costs and shorten lead times.