CK525 main parameters

Specifications	CK525	Specifications	CK525
X-axis	280mm	Z-axis	500mm
Maximum swing diameter	Φ750mm	Maximum turning diameter	Φ550mm
Maximum turning height	500mm	Spindle speed	50～1000rpm
Spindle motor power	18.5Kw/dual-speed	Spindle rated torque	620/440 (dual-speed)
Spindle bearing	German FAG	Spindle diameter	φ160mm
Ball screw accuracy	C3	Standard CNC system	KND 1000TTC3I system
Spindle motor	18.5kw/dual-speed	X/Z rapid feed rate	12m/min
Power supply	3￠-AC 380V 50Hz±5%	Power consumption	35Kw

Dual turret collaboration, highly integrated process

The dual-column dual-turret CNC vertical lathe is equipped with two independent turrets, allowing simultaneous machining of two parts of the workpiece. When machining shaft parts, one turret handles rough machining of the outer diameter, while the other turret simultaneously completes finishing of the end face or inner hole, achieving a "roughing and finishing integrated" composite machining mode. This design integrates traditional multi-process decentralized machining into single-process centralized machining, significantly shortening the machining cycle.

Optional Turrets

Dual-column machine tool turrets can employ dual horizontal CNC turrets, single horizontal turrets with single-row tools, or double-row tools, depending on the workpiece machining requirements. Using a horizontal turret shortens tool change time and greatly improves work efficiency.

The dual-turret CNC vertical lathe's bed structure consists of left and right columns, a top beam, a worktable, and a base, forming a closed frame with overall rigidity far exceeding that of a single-column structure. This design can support heavier workpieces and is suitable for machining large flanges, gearboxes, and other heavy components. The machine tool uses imported high-precision spindle bearings to ensure the smoothness and dimensional accuracy of machined surfaces. The guideways employ linear guideways or high-precision roller guideways, coupled with a pressure oil lubrication system, to reduce friction and wear and improve motion smoothness.