A CNC router is a computer-controlled cutting machine designed for precision woodworking. It utilizes CAD/CAM software to execute intricate designs with micron-level accuracy, enabling tasks like carving, engraving, and 3D profiling . Key features include automated tool changers for seamless material processing, vacuum tables to secure workpieces, and compatibility with diverse materials (wood, acrylic, aluminum) . Equipped with high-speed spindles (up to 18,000 RPM) and robust steel frames, it ensures stability and efficiency . Its programmable nature allows mass production of consistent outputs, from furniture components to artistic sculptures, while reducing labor costs and material waste . Advanced models offer features like 3D contouring, multi-axis control, and break-point resume functionality
A Stone CNC Machine is a computer-controlled device engineered for high-precision stone fabrication, combining advanced CAD/CAM systems with robust mechanical capabilities. It delivers ±0.03mm positioning accuracy and supports multi-axis (3D/5-axis) operations for intricate carvings, complex geometries, and seamless 3D reliefs. Built with heavy-duty steel frames (3000–4300kg) and water-cooled spindles (5.5–30KW, 6000–24000 RPM), it ensures stability during prolonged use while efficiently cutting, milling, and polishing materials like granite, marble, and quartz. The machine’s versatility spans tombstones, countertops, architectural decor, and sculptures, significantly reducing material waste and labor costs through automated workflows. Advanced models integrate automatic tool changers and digital lubrication systems for uninterrupted production, making it indispensable in both artistic and industrial stone-processing sectors.
A Laser CNC Machine integrates advanced laser technology with CNC systems to deliver ultra-precise cutting, engraving, and marking across diverse materials like metals, plastics, wood, and ceramics. It achieves ±0.01mm accuracy, high-speed processing (up to 10m/min for metals), and minimal heat-affected zones, enabling intricate designs with minimal material waste. Automated workflows reduce manual intervention, while energy-efficient fiber lasers lower operational costs. Suitable for automotive, aerospace, electronics, and custom fabrication, it combines versatility, sustainability, and industrial-grade reliability