1. Load-based Selection: Single-row structure for light-load and conventional precision rotation equipment; double-row structure for medium-heavy load scenarios with continuous tilting moments and high stability requirements; triple/four-row high-strength structure for heavy-duty equipment and extreme military working conditions.
2. Accuracy-based Selection: Standard precision grade for general automation and ordinary precision equipment; ultra-precision grade with preload and zero-backlash function for high-precision scenarios including optical inspection, semiconductor equipment, surgical robots and high-end precision rotary tables to achieve smooth backlash-free rotation.
3. Environment-based Selection: Standard high-carbon alloy steel wire version for indoor dry and conventional industrial working conditions; stainless steel version for harsh environments such as outdoor exposure, humidity, acid-base corrosion and heavy dust to enhance corrosion resistance and weather resistance and extend service life.
4. Space-based Selection: Wire race bearings are the preferred solution for ultra-thin, narrow and limited installation spaces, replacing bulky traditional bearings to greatly compress structural size and realize overall equipment lightweight and miniaturization upgrade.
5. Structural Adaptation: Customizable bearing housings are available in aluminum alloy, carbon steel, cast iron and other materials according to overall equipment structural requirements, supporting integrated equipment design and simplifying assembly structure.
Application Fields:
FINE TECH wire race bearings are widely applied in high-end precision fields, including precision optical inspection equipment, aerospace equipment, civil UAVs, medical surgical & imaging equipment, semiconductor precision automation equipment, high-precision industrial rotary tables, radar and photoelectric tracking systems, satellite communication base station equipment, and intelligent robot joints.
- Precision Optics: Telescopes, microscopes, optical scanners
- Aerospace: Satellite antennas, avionics, UAVs
- Medical Devices: CT scanners, surgical robots, precision detectors
- Military Electronics: Radars, electro-optical tracking systems, missile components
- Industrial Automation: Precision rotary tables, semiconductor equipment, robot joints
- Communication Equipment: Base station antennas, satellite communication platforms