WYJC CK6140 CNC LATHES

Technical Description

This is a CNC lathe designed for precision turning operations on cylindrical workpieces. The machine features a 2-axis control system, enabling simultaneous control of the spindle rotation and tool positioning along the X and Z axes for creating complex turned profiles. With a maximum spindle speed of 1,800 RPM, this lathe is optimized for heavy-duty machining applications requiring higher torque and lower speeds, making it suitable for larger diameter workpieces and deeper cuts compared to high-speed spindle systems. The 2.05-inch bar capacity accommodates round stock up to this diameter, while the 15.75-inch swing dimension indicates the maximum diameter workpiece that can be mounted and rotated without interference from the lathe bed structure. The 29.53-inch machining length provides substantial longitudinal travel for extended part production, enabling the creation of lengthy turned components in a single setup. The CNC control system automates tool movements and spindle operations based on programmed instructions, eliminating manual operator intervention and ensuring repeatable precision across production runs. This configuration makes the machine ideal for manufacturing applications requiring consistent quality, such as industrial shafts, bushings, or custom mechanical components. The relatively modest RPM rating combined with substantial dimensional capacity suggests this lathe is engineered for production work involving heavier materials like steel and cast iron, where rigidity and torque delivery are prioritized over speed. The 2-axis limitation focuses the machine on traditional turning operations without multi-axis complexity, making it accessible for operations requiring straightforward cylindrical machining without simultaneous milling or contouring capabilities.