Construction and structural diagram of hard tooth surface reducer
Compared with traditional reducers, hard tooth surface reducers have significant advantages and are suitable for various mechanical systems. Below, we will introduce the structure and diagram of hard tooth surface reducers. Hard tooth surface reducers have strong load-bearing capacity and are more durable after hardening.

Advantages of hard tooth surface reducer structure

1. The center distance, center height, and gear ratio are arranged according to priority numbers.

The casing is a structure and complex component in a hardened surface reducer. It is used to support and fix shaft components, ensure lubrication of rotating components, and achieve sealing with the outside world. It has excellent performance, weight, cost, and part life. have a great impact

2. The gears are made of high-strength low-carbon alloy steel through carburizing and quenching. High tooth surface hardness and gear accuracy reaching international standard level

3. High transmission efficiency, low noise, and load-bearing capacity reached the world's advanced level in the 1990s.

4. The gear parameters and structure are optimized by the computer.

5. Box seat, box cover structure, other standard parts, and some styling standard parts can be directly called from the standard parts library or referenced to relevant national standards.

Machining of Hard Gear Reducer Parts

1. Box: Casting feed - rough milling - fine milling - combination box - rough milling - fine milling - rough precision.

2. Gear: forging feed rough machining flaw detection quenching and tempering semi precision machining lathe gear hobbing carburizing quenching precision machining lathe gear grinding precision inspection.

3. Gear shaft: forging feed rough machining flaw detection quenching and tempering semi-finished automotive gear hobbing carburizing quenching precision machining gear grinding gear precision inspection.

4. Internal gear sleeve: forging feed - rough turning - flaw detection - quenching and tempering - semi precision machining for automobiles - finishing car - gear shaping.

5. Planetary carrier: Casting feeding - Coarse turning - Flaw detection - Quenching and tempering - Semi precision turning - Whole vehicle - Coarse turning - Precision - Boring - Gear hobbing.

The structure of hardened surface reducers is more complex. The internal components are composed of various parts. The production process of each component is also different. In the operation of the equipment, each component coordinates with each other and leverages their respective advantages, making installation more convenient and stable.