CNC Cutter
A CNC cutter is a machine that uses computer numerical control (CNC) technology to guide cutting tools for shaping a wide range of materials with precision and efficiency. By automating the cutting process through programmed instructions, CNC cutters deliver consistent, accurate results while reducing reliance on manual methods.
In technical terms, a CNC cutter interprets digital design files, typically CAD or CAM data, and converts them into G-code or M-code. These instructions control the movement, speed, and depth of the cutting tool, enabling precise machining across multiple axes. CNC cutters can employ various cutting methods, including plasma, laser, waterjet, routing, or milling, depending on the material and application.
Modern CNC cutters are equipped with advanced features such as automatic tool changers, height control systems, multi-axis configurations, and integration with software for nesting and optimisation. These capabilities allow them to produce intricate geometries, tight tolerances, and high-quality finishes, whether for single prototypes or mass production.
Highlights
A machine that uses CNC technology to automate cutting operations
Converts digital designs into precise machine movements
Supports methods like plasma, laser, waterjet, routing, and milling
Provides accuracy, repeatability, and reduced material waste
Multi-axis control enables the cutting of complex geometries
Features can include tool changers, height control, and optimisation software
Applied in industries from fabrication to large-scale manufacturing
