DOOSAN PUMA AW560MF II CNC LATHE

Technical Description

A 2-axis CNC lathe represents a fundamental platform in modern computer numerical control machining technology. This machine operates along two linear axes—the X-axis and Z-axis—enabling precise cylindrical turning operations. The X-axis controls radial movement for diameter adjustments, while the Z-axis manages axial movement along the workpiece length, facilitating both turning and facing operations. This particular model features a maximum spindle speed of 2,500 RPM, delivering adequate rotational velocity for various material grades and cutting conditions. The machine accommodates workpieces with a maximum turning diameter of 21.65 inches, providing substantial capacity for medium to large cylindrical components. With a machining length capability of 27.95 inches, the lathe accommodates elongated parts requiring extended axial cutting paths. The CNC control system enables automated, computer-directed tool paths with high repeatability and precision. This configuration makes the machine ideal for producing symmetrical parts and simple geometries across industries including automotive, aerospace, and electronics sectors. The 2-axis design offers an optimal balance between capability and operational simplicity, eliminating the complexity associated with additional rotary axes while maintaining sufficient functionality for standard turning applications. The combination of these specifications—2,500 RPM spindle, 21.65-inch turning diameter, and 27.95-inch machining length—positions this lathe as a versatile solution for shop floors requiring efficient production of cylindrical components with repeatable accuracy and reliability.