Factory-Direct CNC Vertical Lathe

This CNC vertical lathe has a maximum swing diameter of Φ800 mm, a maximum machining diameter of Φ700 mm, and a machining height of 700 mm, making it suitable for rotary components with large diameters and moderate part heights. Once the workpiece is clamped on the worktable, the hydraulic clamping system provides stable and secure positioning. When machining flanges, brake discs, wheel hubs, pump body ends, and other annular components, chips can fall away more easily under gravity. During continuous turning operations that generate large volumes of metal chips, an effective chip evacuation path helps minimize chip buildup in the machining area during extended production.

The spindle speed range is 100–800 rpm. The minimum spindle speed of 100 rpm is not intended for high-speed machining but is better suited to the machining requirements of large-diameter rotating parts. When the workpiece diameter is large, even at a relatively low spindle speed, the resulting cutting speed may already fall within a suitable range. Therefore, when machining large disc-shaped or ring-shaped components, the spindle system needs to balance low-speed cutting stability with stable continuous power output. The 22 kW power configuration provides adequate power for roughing, semi-finishing, and other machining operations. Actual machining performance will still depend on factors such as workpiece material, cutting tools, depth of cut, feed rate, and clamping conditions.

This model uses a 21-inch three-jaw hydraulic chuck for quick clamping of large rotating workpieces. Hydraulic clamping reduces the amount of manual operation required, eliminating the need to repeatedly clamp and release the workpiece by hand. The chuck face features three T-slots for quick installation and replacement of various tooling fixtures. For workpieces of different sizes and shapes, the appropriate jaw type and positioning method should be selected according to the actual workpiece geometry.

We offer four-station and eight-station turret configurations. For products with relatively simple machining processes, primarily involving external diameter, end face, and internal bore machining, a four-station turret can meet the basic tooling requirements. For parts requiring multiple turning tools, boring tools, or tools of different specifications, an eight-station turret helps reduce the need for frequent tool changes and reloading. The number and types of tools, as well as the turret station layout, can be configured according to the customer's machining process.