CNC Cutting
CNC cutting is the process of using computer numerical control (CNC) technology to guide cutting tools with precision, speed, and repeatability. By translating digital designs into machine instructions, CNC cutting ensures accurate shaping of materials while reducing manual intervention and errors.
In technical terms, CNC cutting involves converting CAD or CAM files into G-code, which directs the motion and operation of cutting tools. Depending on the application, CNC cutting can use a wide variety of methods, including plasma, laser, waterjet, routing, or milling. The CNC controller synchronises tool paths, cutting speed, and tool depth, enabling highly complex geometries and consistent part quality across production runs.
Modern CNC cutting systems often feature multi-axis control, automatic tool changers, and advanced software integration for nesting and optimisation. These capabilities reduce material waste, increase throughput, and maintain tight tolerances even in high-volume manufacturing. CNC cutting is widely applied in industries such as metal fabrication, aerospace, construction, and automotive production.
Highlights
Uses computer numerical control to automate cutting processes
Converts digital designs into precise machine instructions
Supports multiple cutting methods: plasma, laser, waterjet, routing, milling
Enables complex geometries with high accuracy and repeatability
Improves efficiency and reduces manual errors
Multi-axis control allows for intricate and detailed cuts
Enhances productivity and minimises material waste in production
