For the processing of parts such as gears, brake discs and hubs, CNC vertical lathes are commonly used processing equipment. The CNC vertical lathe is characterized by high precision, high efficiency and flexibility, which can meet the precise machining needs of these parts.
For the processing of gears, CNC vertical lathes usually use gear milling or gear turning. The gear milling method is to gradually generate the gear tooth profile during the cutting process by using a gear milling tool. The gear turning method is to use a turning tool to gradually remove the workpiece material according to the rotational symmetry to form the gear tooth profile. CNC vertical lathes can automatically process gears through functions such as CNC programming and tool displacement.
For the processing of brake discs, CNC vertical lathes usually use the turning method. According to the design requirements and size of the brake disc, select the appropriate turning tool for the cutting operation. The CNC vertical lathe sets the cutting path through CNC programming, and automatically performs the cutting process to complete the processing of the brake disc.
For the processing of the wheel hub, the CNC vertical lathe also uses the turning method. According to the shape and size requirements of the hub, select the appropriate turning tool for the cutting operation. The CNC vertical lathe sets cutting parameters and paths through CNC programming, automatically executes processing tasks, and completes the processing of the wheel hub.
It should be noted that the specific processing steps and parameters may be adjusted according to the size, shape and material of the workpiece. In actual operation, adjustments and optimizations are made according to specific conditions and processing requirements to ensure processing quality and precision.
For the use and programming of CNC vertical lathes, you can refer to the corresponding machine tool operation manuals and CNC programming training courses to familiarize yourself with the operating procedures and technical points. In addition, communicating with experienced CNC operators and technicians is also an important way to improve processing quality and efficiency.