Principle of CNC transformation of gear hobbing machine

Writer： admin Time：2024-11-25 11:43:46 Browse：3℃

The principle of CNC transformation of gear hobbing machine mainly includes digital upgrading and integration of various subsystems of the gear hobbing machine. 

Specifically, numerical control transformation involves shutting down manual control systems and installing computer numerical control systems to achieve automated machining.

This includes improving mechanical structures, such as retrofitting drive systems, sensor systems, and motion control systems.

The specific steps and methods for CNC transformation of gear hobbing machine include:

1. Shut down the manual control system: Shut down the traditional manual control system in preparation for installing the CNC system.

2. Install computer numerical control system: Install computer numerical control system to achieve automated processing.

3. Improve the mechanical structure: modify the drive system, sensor system, and motion control system to ensure the stable operation and efficient work of the CNC system.

The advantages of CNC transformation of gear hobbing machine include:

1. Improve machining accuracy and efficiency: By controlling the motion trajectory and behavior of the gear hobbing machine through computer programming, machining accuracy and efficiency can be significantly improved.

2. Reduce the risk of manual operation: Adopting a closed automated processing method effectively reduces the risk and workload of manual operation.

3. Expanding application areas: Numerical control technology enables gear hobbing machines to be applied to more scenarios, such as the production of automotive gears, model manufacturing, 

contour machining, workpiece slotting, etc.

The working principle of a gear hobbing machine is controlled by a computer program. The operator inputs the parameters of the gear to be machined (such as number of teeth, module, helix angle, etc.), 

and the computer automatically calculates the motion path and cutting parameters of the tool. then,

The control system commands the host to perform cutting according to the calculated path and parameters, thereby achieving high-precision and high-efficiency gear machining