CNC precision turning lathe is designed for high-precision machining of shafts, discs, sleeves, and hardened precision components. It can perform external and internal turning, facing, grooving, taper machining, and complex contour machining.

Depending on the workpiece geometry and clamping requirements, the CNC precision turning lathe is available in horizontal and vertical configurations. Horizontal precision lathes are generally suited to small- and medium-sized shaft-type components, while vertical precision lathes are better suited to large-diameter, heavier disc- and ring-shaped parts.

For bearing rollers, hydraulic valve spools, gears, pistons, and other heat-treated precision parts, precision hard turning can be applied according to the material hardness and required final accuracy.

With a rigid machine structure, precision spindle, and suitable PCBN tooling, hard turning can, in some applications, reduce the grinding allowance or the need for subsequent grinding, helping consolidate machining operations.

• Horizontal Precision Lathe
  Primarily suited to shafts, rollers, valve spools, gears, pistons, and other small- to medium-sized components. The workpiece is mounted along a horizontal spindle, providing convenient access for external turning, boring, facing, and grooving. Depending on the machining requirements, the horizontal precision lathe can also be configured with a Y-axis, live tooling, and sub-spindle for additional combined machining operations.
• Vertical Precision Lathe
  Better suited to large-diameter, heavier disc-, ring-, and flange-type components. The workpiece is positioned horizontally on the table, allowing its own weight to assist with stable clamping. Typical applications include large bearing rings, flanges, wheel hubs, and heavy machinery components.