RAY FENG RC-20P CNC LATHE

This is a precision CNC-controlled machining component designed for compact manufacturing applications with a turning diameter of 0.83 inches and a machining length of 3.94 inches. The part utilizes Computer Numerical Control technology, which employs computerized automation to execute precise cutting, turning, and shaping operations with exceptional accuracy. The compact dimensions make this component ideal for intricate, detailed work requiring tight tolerances, with typical precision capabilities ranging from ±0.005 inches for standard applications up to ±0.0001 inches for ultra-precision requirements. The relatively small turning diameter of 0.83 inches suggests this part is suited for fine-detail machining, potentially involving drilling, boring, or turning operations common in aerospace, automotive, or instrumentation manufacturing. CNC-controlled operation enables simultaneous multi-axis processing, allowing the machine to work from multiple sides without fixture repositioning, significantly reducing production time and improving surface finish quality. Modern CNC systems incorporate spindle speeds capable of reaching 60,000 RPM with adaptive features that automatically adjust cutting parameters based on material properties and machining resistance. The 3.94-inch machining length provides sufficient working distance for complex geometries and multiple feature machining without setups. This specification is particularly valuable for components requiring high repeatability and consistency, as CNC automation eliminates manual variability. The integration of real-time monitoring systems ensures tool wear detection, vibration control, and temperature compensation, maintaining dimensional accuracy throughout production runs while minimizing downtime.