The core function of a reducer is to reduce motor speed and increase output torque. It is applied in multiple core scenarios such as industry, transportation, and people's livelihood, and is a key component of the power transmission system.

Industrial manufacturing field

General machinery: conveyors, mixers, cranes, fans, water pumps, etc., adapted to the power regulation needs of continuous operation.

Machine tool equipment: The feed system and spindle drive of CNC machine tools ensure machining accuracy and speed stability.

Automated production line: robot joint drive, assembly line conveyor roller, mechanical arm motion control, providing precise deceleration and positioning.

Heavy machinery: mining crushers, metallurgical rolling mills, construction tower cranes, shield tunneling machines, capable of transmitting power under high torque and heavy load conditions.

Transportation field

Automotive industry: Powertrain for new energy vehicles, transmission assisted deceleration for traditional cars, and drive axle deceleration mechanism for commercial vehicles.

Rail transit: The traction transmission system of subways and high-speed trains adjusts the motor speed to match the running speed.

Ship equipment: ship propulsion system, deck machinery (windlass, winch), suitable for heavy-duty deceleration requirements in marine environments.

In the field of energy and environmental protection

New energy power generation: The gearbox of the wind turbine (converting low-speed wind turbines into high-speed generators) and the deceleration drive of the photovoltaic tracking system.

Traditional energy sources: auxiliary equipment for thermal power and hydropower (such as coal mills and feed pumps), as well as deceleration mechanisms for oil and gas extraction pumping units.

Environmental protection equipment: aeration fans for sewage treatment, sludge conveyors, and feeding systems for garbage incinerators to ensure stable operation.

Livelihood and special fields

Household appliances: transmission system of washing machine, compressor reduction mechanism of air conditioner, traction machine of elevator (controlling lifting speed).

Medical equipment: Medical robotic arms, rehabilitation devices (such as wheelchair drives), providing smooth and precise deceleration transmission.

Aerospace: The power system of unmanned aerial vehicles, satellite attitude adjustment mechanism, and adaptation to lightweight and high-precision deceleration requirements.