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High Efficiency Hobbing Cutter for Precision Gear Cutting
Utilizing the relative motion between the hobbing cutter and the workpiece, the tooth groove of the gear is processed into a precise tooth shape through continuous rotary cutting.
Description
Technical Characteristics
High efficiency: Fast machining speed and high production efficiency can realize mass production and meet the needs of industrial production.
Accuracy: The hobbing cutter is precision manufactured and sharpened to ensure that the processed tooth shape has a high degree of accuracy and is suitable for the processing of high-precision gears.
Flexibility: Choose the right hobbing cutter according to the different specifications and requirements of the workpiece to adapt to different processing environments and conditions.
Customized service: Customize the size, module, tooth number, precision grade and material of the hobbing cutter according to customers' requirements.
Working Principle
Utilizing the relative rotation and feeding motion between the hobbing cutter and the workpiece, the cutting edge on the hobbing cutter gradually cuts into the surface of the workpiece, resulting in the removal of excess metal material and the formation of the desired tooth shape. During the machining process, the hobbing cutter needs to maintain a stable rotational speed and feed rate to ensure machining quality and efficiency.
Maintenance and Care
In order to ensure the normal use of the hobbing cutter and prolong its service life, regular maintenance and repair is required. Specific measures include:
1. Check the wear of the hobbing cutter regularly and replace the badly worn hobbing cutter in time.
2. Clean the chips and impurities on the hobbing cutter and workpiece to keep the cutting environment clean.
3. Lubricate the hobbing cutter to reduce the friction and wear in the cutting process.
Applications
Hobbing cutter is widely used in the following fields:
Automobile: Automobile gearbox, engine and other gear system processing
Machinery manufacturing: Machine tools, engineering machinery and other types of mechanical equipment in the gear processing
Aerospace: Manufacture and repair of gears for airplanes, helicopters and other aeronautical devices.
