CNC Vertical Lathe Factory Direct Sales Of Small And Medium-sized Vertical Lathes

The VTC70 CNC vertical lathe is used to machine basic features such as internal and external cylindrical surfaces, conical surfaces, end faces, grooving, and chamfering of parts. It is suitable for machining complex disc-shaped and short-shaft parts such as automotive wheels, brake wheels, flywheel housings, clutch housings, pressure plates, wheel rims, differential housings, and disc plates. These parts are widely used in the automotive and other machinery industries and have high precision and quality requirements. The CNC vertical lathe can well meet the machining needs of such parts and is widely used in the automotive parts machining field. At the same time, the VTC series CNC vertical lathes play an important role in many other fields such as aerospace, energy equipment, mold manufacturing, and the elevator industry.

For CNC vertical lathes, machining and workpiece clamping can be performed using either hydraulic automatic clamping or manual clamping, depending on customer requirements. Hydraulic automatic clamping offers advantages such as stable clamping force, convenient operation, and rapid workpiece clamping and unloading, making it suitable for mass production and improving efficiency. Manual clamping, on the other hand, is low-cost, simple to operate, and suitable for small-batch production or applications with lower clamping force requirements. Customers can choose and match the method according to their production scale, cost budget, and processing requirements.

When rapidly cutting workpieces, CNC vertical lathes can remove more material per unit time, thus shortening machining time and improving production efficiency. Equipped with high torque, CNC vertical lathes provide greater cutting force. When machining parts with high hardness or made of hard materials, high torque ensures that the tool can smoothly enter the workpiece for effective cutting, avoiding problems such as stuck cutting or excessive tool wear, thereby ensuring machining continuity and efficiency.