Manufacturing process of gears

2026-04-02


Hobbing: Using a rolling cutter to cut gear tooth profile, high efficiency, suitable for mass production. Gear hobbing: Use a gear hobbing tool to machine internal gears or special tooth profiles.

Cutting processing:
Hobbing: Using a rolling cutter to cut gear tooth profile, high efficiency, suitable for mass production.
Gear hobbing: Use a gear hobbing tool to machine internal gears or special tooth profiles.
Grinding teeth: Improve gear accuracy (such as level 6 or above), used for high-precision transmission.
Forming processing:
Milling teeth: processed with disc milling cutters or finger milling cutters, suitable for single piece small batch production.
Pulling teeth: Using a puller to cut internal gears is efficient but costly.
Powder metallurgy: Manufacturing gears through pressing and sintering, suitable for small module and large-scale production.
3D printing: used for rapid prototyping manufacturing or complex structured gears (such as non-circular gears).

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The Core Function of Gears

Power transmission: Transferring the rotational motion from power sources such as engines and electric motors to actuating mechanisms, such as vehicle wheels or machine tool spindles.

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