Vertical double-sided car

Efficiency improvement: 200%  Processing accuracy: 3 μ m  Concentricity: 0.01mm

Double sided car is a CNC machine tool that uses a central spindle to drive the rotation of parts at both ends for turning and other processing. It is applied to various industries such as new energy motor shafts, automotive transmission shafts, logistics shafts, shock absorber shafts, reducer shafts, water pump motor shafts, and other shaft components.

Double processing efficiency

Compared to traditional CNC machine tools, CNC double-sided lathes are equipped with two sets of control systems, with built-in central spindle, two Z-axis, and two X-axis, which can achieve simultaneous processing of workpiece rotation at both ends, increasing efficiency by 70% -200%.

High precision in repeated processing

The roller screw guide adopts the global first-line brand - THK from Japan, which ensures the accuracy of repeated positioning while achieving high speed and durability. The positioning accuracy can be stable at ≤ 0.008mm/300mm.

Continuous and stable batch processing

Adopting an inclined bracket Z-direction drag plate, the thermal deformation generated by heavy cutting and high-speed operation is minimized, suitable for large margin turning, ensuring stable accuracy under high dynamic conditions.

High strength and high rigidity

The Ht300 integrated cast iron bed has a support structure that achieves optimal stress, with a tensile strength of over 300 megapascals; The integrated cast iron structure turret has good rigidity, long tool life, and a large amount of turning tools.

Core components of first-line brands

The preferred core component supply chain adopts domestic and international first-line brands such as NACHI, THK, Schneider, Baibu Precision Machinery, and Japan Oil Research to ensure stable product quality during operation.

Four dimensional integrated mechanical fingerprint

Each equipment product manufactured by ZTZ has an independent mechanical fingerprint, which includes position accuracy, torque, vibration, and temperature rise data at the factory. The four-dimensional integrated quality control system eliminates human experience judgment and makes debugging more convenient.