High-Efficiency Double-Column CNC Vertical Lathes

CNC vertical lathes are suitable for machining large quantities of parts requiring high precision and dimensional consistency. This series of machine tools is widely used in the automotive industry both domestically and internationally. They offer high quality, high precision, low cost, and high efficiency.

Double-column CNC vertical lathes offer strong versatility, high efficiency, low scrap rates, and excellent consistency, making them widely used in the automotive, petroleum, and other machining industries.

Main technical parameters

Machine parameter table
specification		single	CK525	CK527
stroke	X axis	mm	280mm	450mm
stroke	Z axis	mm	500mm	600mm
Processing capacity	Maximum turning diameter	mm	750	700
	Turning diameter	mm	550	700
	Maximum turning height	mm	500	600
Spindle	Spindle speed	rpm	1000	1000
	Spindle motor power	Kw	18.5	22
	Spindle diameter	mm	140	160

Years of Industry Experience Guaranteed Product Quality

Years of Industry Experience Guaranteed Product Quality

The CK525 double-column CNC vertical lathe is an economical and practical CNC lathe. With its mature structure, stable performance, superior quality, simple programming, and easy operation, it is suitable for turning complex shapes such as shafts, sleeves, and discs, including internal and external surfaces, tapered and arc surfaces, various threads, and even holes. It is particularly well-suited for rotating a wide variety of small and medium-sized parts.

Wear-Resistant and Durable

Stable Performance

High Cost-Effectiveness

Flexible Operation

Voltage Case Processing

Brake Disc Processing

Gear Processing

Brake Drum Processing

The CNC vertical lathe's hydraulic chuck uses a hydraulic system to drive the jaws for rapid workpiece clamping and release. The CNC lathe's hydraulic system provides continuous and uniform clamping force, and the hydraulic pressure can be adjusted to accommodate workpieces of varying materials (such as steel, aluminum, and titanium alloys) and sizes. In the aerospace field, high-precision hydraulic chucks of CNC vertical lathes can achieve micron-level clamping accuracy, ensuring that thin-walled parts are processed without deformation.

The CK525 twin-column CNC vertical lathe features a dual-column structure, significantly improving overall machine rigidity. This structure can stably withstand the cutting forces of large workpieces (such as wind turbine bearings and nuclear power valves), preventing vibration during machining and ensuring surface quality. The twin-column CNC lathe's thermally symmetrical layout effectively reduces accuracy fluctuations caused by thermal deformation during long-term continuous operation, ensuring stable 24-hour processing.