Types Of Workpieces That Can Be Processed By CNC Vertical Lathes And Their Fixing Methods

CNC vertical lathe is a commonly used precision machining equipment that can process a wide range of workpiece types. From precision parts with smaller diameters to shaft parts with larger diameters, they can all be processed through CNC vertical lathes.
CNC vertical lathes are mainly used to process rotationally symmetrical workpieces such as cylinders and cones, such as shafts, bushings, cylindrical gears, transmission wheels, etc. CNC vertical lathes can not only complete conventional processes such as turning, boring, fisheye holes, drilling, and tapping, but can also complete the processing of complex workpieces such as various outer circles, inner circles, end faces, and gears through tool holder control.
Here is a brief description of the types of workpieces that can be processed by CNC vertical lathes and their fixing methods:
1. Shaft parts: including straight shafts, oblique shafts, screw rods, threaded rollers, etc. Generally, chuck clamping and other methods are used for tool processing.
2. Ring-shaped parts: including flanges, hubs, etc., are generally clamped using hand-pulled discs or elastic claws.
3. Gear parts: including bevel gears, spur gears, roller gears, etc., generally use special insert plates for positioning processing.
Generally speaking, the types of workpieces that can be processed by CNC vertical lathes are very rich, and the fixing methods also have their own characteristics. Only through scientific and reasonable process selection can the advantages of CNC vertical lathes be better utilized and processing efficiency and processing accuracy improved.