HAIWEI CK6136/750 CNC LATHE

This CNC-machined component features a **14.1-inch swing** and a **29.4-inch machining length**, designed for precision manufacturing applications requiring moderate to large workpiece capacity. The swing dimension indicates the maximum diameter of a part that can rotate within the machine, critical for ensuring compatibility with cylindrical or round workpieces. The machining length defines the maximum axial length the tool can effectively reach for cutting operations. The system operates under **computer numerical control (CNC)**, which provides automated, highly accurate control over the cutting tool paths, spindle speeds, feed rates, and positioning with micrometer-level precision. CNC control enables complex geometries to be accurately fabricated through programmed toolpaths, minimizing manual intervention and optimizing repeatability. The machine’s control system is likely integrated with CAD/CAM software to translate design files into precise machining instructions. Essential machining parameters including spindle speed, feed rate, and depth of cut are computer-regulated to maintain tight tolerances and desired surface finishes. Depending on the material, spindle speeds can range from 1,500 to over 12,000 RPM, while feed rates and depths of cut adjust accordingly to balance tool life and quality. The sturdy machine frame supports stability during high-force cutting operations, reducing vibration and thermal distortion to preserve dimensional accuracy throughout the machining process. The machine's design likely incorporates linear motion systems—ball screws or linear motors—with multi-axis capability to allow tool movement along and around several axes enabling complex contouring and finishing. This CNC machine is suitable for producing precise, repeatable parts in metal, composites, or plastics with consistent surface finish quality.