Processing Method | Knives Tools | Machine Tools | Processing accuracy and adaptive range | |
Copying method | Forming Milling | Disc Cutter | Cutting Machine | Low |
Finger Cutter | Hobbing and Cutting Machine | Processing large slotless herringbone gear | ||
Broaching Gear | Gear Broacher | Shaving Machine | High precision, mass production, especially for internal gear processing | |
Generating Gear | Hobbing Gear | Gear Hobber | Hobbing machine | Class 6-10, suitable for spur gear, helical gear, worm gear |
Shaping Gear | Gear shaping tools | Gear shaping tools | Class 7-9, suitable for cylindrical, double, triple, rack and bevel gears with internal and external engagement | |
Shaving Maching | Gear shaving tools | Shaving Machine | Grade 6-7, suitable for hobbing after gear shafting, before quenching finishing | |
Honing Gear | Gear Honing | Honing and Shaving Machine | Grade 6-7, suitable for shaving or high-frequency quenching after finishing | |
Grinding Gear | Grinding Wheel | Grinding Machine | Grade 3-6, suitable for gear after quenching finishing | |
No chip processing: precision die forging, powder metallurgy .It is characterized by improving the utilization rate of raw materials. The limitation is that it is only suitable for the gear with low precision requirements, and the mold cost is very high.
