Principle of CNC Transformation of Gear Shaping Machine

Writer： admin Time：2024-04-23 14:30:54 Browse：184℃

The principle of CNC transformation of gear hobbing machine mainly involves digital upgrading and integration of various subsystems of the gear hobbing machine. The following is a specific introduction to the principle of CNC transformation for gear hobbing machines:

Host and control system. The core component of CNC gear hobbing machine, where the host is the main structure of the equipment, and the control system is the "brain" of the equipment, responsible for the motion control, positioning, and setting of processing parameters of the equipment.

Tool drive system and fixture system. The tool drive system is responsible for driving the tool for cutting, while the fixture system is used to fix the workpiece to be machined.

CNC transformation. Usually involves shutting down the manual control system and installing a computer numerical control system to achieve automated processing. This includes improving mechanical structures, such as modifying drive systems, sensor systems, and motion control systems.

Working principle. The gear shaping machine is controlled by a computer program. After the operator inputs gear parameters, the computer automatically calculates the motion path and cutting parameters of the tool. The control system then commands the host to cut according to these parameters.

Overall, CNC transformation can improve the machining accuracy and efficiency of gear hobbing machines, achieve digital production, and expand their application areas