Gear parts, as the basic components of mechanical transmission systems, are widely used in many industries and fields. The following are some of the main application areas:

Automotive industry:
Timing gears in engines
Gears in transmissions, drive shafts and differentials
Gears and gearboxes in steering wheel systems
Aerospace:
Gearboxes in aircraft engines
Transmission systems of control surfaces and landing gears
Reduction gears in drones
Industrial machinery:
Transmission systems of generators, compressors and other heavy machinery
Precision gears in automation equipment
Gears in textile machinery, printing machinery and packaging machinery
Wind power generation:
Gearboxes in wind turbines for adjusting speed and transmitting power
Rail transportation:
Gearboxes in trains, subways and light rail vehicles
Bogies and drive systems of locomotives
Construction machinery:
Transmission systems of excavators, loaders and bulldozers
Gears in concrete mixers and pump trucks
Agricultural machinery:
Gears in tillage machinery, seeders and harvesters
Powertrains for agricultural vehicles
Defense and military:
Transmission systems for tanks, armored vehicles and other military vehicles
Gears in missile launch systems and other weapon systems
Marine and marine engineering:
Gearboxes for ship propulsion systems
Gears for ship deck machinery and navigation systems
Precision instruments:
Gears in telescopes, cameras and other optical devices
Micro gears in metrological instruments and automation equipment
Consumer products:
Gears in household appliances (such as washing machines, air conditioners)
Gears in entertainment and sports equipment (such as game consoles, fitness equipment)
Gear parts are widely used in these industries, and their design and manufacturing need to meet the specific performance requirements of their respective industries, including durability, precision, reliability and environmental adaptability. With the development of technology, the application areas of gear parts are still expanding.