Features:
CNC control: The CNC gear hobbing machine adopts computer numerical control to achieve precise and automated machining process control. This allows for precise and repeatable gear-cutting operations.
Gear hobbing process: The gear hobbing process involves using a cutting tool called a hob to generate teeth on the gear blank. The hob is fed into the workpiece and as it rotates, it gradually cuts the teeth.
High precision: CNC gear hobbing machines aim to achieve high precision in gear manufacturing. They can produce gears with small tolerances, high precision, and high surface finish.
Multifunctional machining capability: CNC gear hobbing machines can produce various gears, including spur gears, helical gears, worm gears, etc. They can handle different gear sizes and tooth profiles, suitable for different gear manufacturing applications.
Automation and productivity: CNC control enables gear manufacturing to achieve automation and improve productivity. These machines can execute programmed machining sequences, reduce manual intervention, and allow for efficient gear production.
Application:
Gear manufacturing: CNC gear hobbing machines are mainly used for gear production. They have applications in automobiles, aerospace, power transmission, and mechanical manufacturing.
Mass production: CNC gear hobbing machines are very suitable for mass gear production due to their automation and efficient processing technology. They can produce gears in large quantities with consistent quality and accuracy.
Customized gear production: CNC gear hobbing machines can also produce personalized gears. Through CNC control, they can easily adapt to different gear specifications and tooth profiles, making them suitable for manufacturing gears suitable for specific applications.
Gear repair and refurbishment: CNC gear hobbing machines are used for gear repair and refurbishment tasks. They can accurately cut new teeth on damaged or worn gears, achieving repair and extending service life.