Tirapid

Aerospace components directly affect the operational reliability of aircraft, engines, avionics equipment, and spacecraft. As aerospace equipment continues to develop toward lightweight design, higher performance, and increasingly complex structures, manufacturing requirements for dimensional accuracy, geometric tolerances, surface quality, and batch consistency are becoming more demanding. High-precision aerospace parts often feature complex geometries, specialized materials, and

Aerospace housing parts are widely used in aircraft, engines, avionics equipment, satellites, and spacecraft. They provide structural support, component protection, sealing, and internal component mounting. Compared with conventional mechanical housings, aerospace housing parts often feature thin walls, complex surfaces, multiple holes, and demanding assembly requirements. These characteristics require strict control of material performance, dimensional tolerances,

UTVs (Utility Terrain Vehicles) are designed to operate on mud, gravel, rocky terrain, and other challenging off-road surfaces. Their chassis systems are continuously exposed to impact, vibration, torsional loads, and uneven road conditions. Therefore, UTV chassis components need to provide sufficient structural strength while maintaining dimensional accuracy, assembly performance, wear resistance, and controlled weight. CNC

Motorcycle engines operate under high temperatures, high-speed rotation, continuous vibration, and complex mechanical loads. As a result, engine components require high dimensional accuracy, reliable material performance, excellent surface quality, and consistent assembly tolerances. Components such as cylinder heads, engine covers, shafts, bushings, mounting bases, and transmission-related parts all require stable and precise manufacturing processes. CNC