Common types of precision components can be categorized by function and application scenario into the following major groups:
Precision Transmission Components
Acting as the "joints" of high-end equipment, these are the most widely used precision components. Core categories include:
Screw Assemblies: Trapezoidal screws, ball screws, and planetary roller screws; widely used in CNC machine tools, drive-by-wire systems for smart vehicles, and robotic transmission mechanisms.
Speed Reducers: Precision planetary reducers and harmonic reducers; commonly used in joint drives for humanoid robots and high-precision automation equipment.
Guide Rails and Bearings: Linear bearings, linear guide rails, and crossed roller bearings; ensuring smooth linear motion and positioning accuracy for equipment.
Precision Automotive Components
Designed for the complex, fluctuating operating conditions of vehicles, these fall into four main sub-categories:
Core engine components, chassis system components, automotive electrical components, and high-precision aftermarket/modification parts; all meet IATF 16949 automotive quality system requirements.
Precision Components for New Energy Wind Power
Engineered for outdoor environments characterized by high humidity, high salinity, and heavy-load, long-term operation. Core categories include wind turbine braking structure castings and precision parts for wind power transmission systems, designed to maintain performance without degradation over long periods of operation.
