Horizontal CNC Lathe

The Horizontal CNC Lathe is an advanced automated machine tool designed for high-precision turning operations, including inner holes, outer circles, conical surfaces, circular arcs, and threading. It is particularly suitable for machining shaft and disc parts and is widely used in steel and paper manufacturing industries, as well as for the maintenance of large equipment.

Key Features:

• Robust Structure: The machine bed is manufactured from high-strength castings using resin sand molding, ensuring durability and stability. The guide rail adopts a rigid rectangular structure for enhanced performance during heavy-duty machining.

• High-Efficiency Drive System: The headstock is powered by a dedicated AC frequency conversion or servo spindle motor, providing reliable torque and stepless speed regulation. The longitudinal (Z-axis) movement is driven by a rack and pinion or ball screw, while the horizontal (X-axis) movement employs a ball screw, with both axes powered by servo motors for precision and responsiveness.

• Versatile Tailstock: The tailstock features a separate motor for rapid movement and supports both live and dead center configurations, offering flexibility for various machining needs.

• Customizable Control: The CNC system can be selected according to customer requirements, ensuring adaptability to diverse production environments.

Applications:
The CK61 Series excels in a wide range of turning tasks, such as machining outer circles, end faces, inner holes, grooves, threads, and R arcs. It is also compatible with hard alloy tools for strong turning operations, enabling efficient processing of various ferrous and non-ferrous metals.