China Medium hard gear reducer manufacturer
Soft tooth surface and medium hard gear reducer are still the choice for domestic cranes due to matching issues with hard tooth surfaces, as well as considerations for pricing costs, as comparing hard tooth surfaces with soft tooth surfaces and medium hard tooth surfaces is relatively expensive. However, in terms of the development of cranes, future reducers for cranes will inevitably be developed towards hard tooth surfaces, because the advantages of medium hard gear reducer cannot be replaced by soft tooth or medium soft tooth reducers. The advantages of medium hard gear reducer, such as small volume, high lifespan, high precision, and no oil leakage, are appropriately outstanding. Below is an analysis by a China medium hard gear reducer manufacturer:
Medium hard tooth surface reducer is a type of power transmission machinery that uses a gear speed converter to reduce the rotational speed of a motor to the desired speed, thereby obtaining a larger torque. Gearboxes are widely used in organizations that transmit power and motion. This phenomenon can almost be seen in the transmission systems of various machinery, including ships, automobiles, locomotives, heavy machinery used in construction, processing tools and automated production equipment in the machinery industry, as well as common household appliances, wall clocks, etc. in daily life; This phenomenon can be seen in its use, from high-power transmission operations to accurate viewpoint transmission under low loads. Therefore, it is widely used in speed and torque conversion equipment.
With the development of skills and the use of computers, the calculation of gear tooth profiles is becoming increasingly accurate, and the development of international transmission skills tends to use hard tooth surfaces. According to statistics, the selection of medium hard gear reducer has greatly promoted the improvement of machine weight, miniaturization, and quality functions, resulting in an increase in machine operating speed by one level. In the future, gears will develop towards high load, high speed, high precision, and efficiency, striving for small scale, light weight, long service life, and good economic benefits.