CNC vertical lathe is one type of CNC lathe, mainly used for processing large and complex parts with large radial dimensions and relatively small axial dimensions.
1. Processing range
CNC vertical lathe is mainly used for processing internal and external cylindrical surfaces, conical surfaces, end surface grooving and chamfering of parts. It can complete the processing of external cylindrical surfaces, conical surfaces, spherical surfaces and threads, and can also process some complex rotating surfaces, such as hyperboloids. It is particularly suitable for rough and fine processing of automotive wheel drums, brake drums, flywheel housings, clutch housings, pressure plates, rims, differential housings, discs and other parts.
2. Processing characteristics
High precision: CNC vertical lathes can achieve high-precision processing tasks and meet occasions with high requirements for workpiece precision.
High efficiency: CNC vertical lathes can greatly shorten processing time and improve production efficiency.
Multi-axis processing: CNC vertical lathes can meet the processing needs of complex parts. By installing different additional devices, multiple processing processes can be integrated.
3. Additional functions
In addition to the basic processing functions, CNC vertical lathes can also use additional devices to perform processing such as threading, spherical surface turning, profiling, milling and grinding. These additional functions make CNC vertical lathes more widely used in the field of mechanical processing.
4. Applicable scenarios
Heavy workpiece processing: The spindle axis of the CNC vertical lathe is arranged vertically, and the worktable surface is in the horizontal plane, which is convenient for clamping and aligning heavy workpieces, reducing the load on the spindle and bearings, so that the CNC vertical lathe can maintain working accuracy for a long time.
Processing of special-shaped workpieces: When processing some special-shaped workpieces, the CNC vertical lathe can use the profiling device for processing to ensure the shape accuracy of the workpiece.
Processing of workpieces with high precision requirements: The high-precision characteristics of the CNC vertical lathe make it suitable for occasions with high requirements for workpiece accuracy, such as aerospace, molds and other fields.
CNC vertical lathes have broad application prospects and an important position in the field of mechanical processing. It can not only complete complex processing tasks, but also improve production efficiency and processing accuracy to meet various engineering needs.
