Targeting the battery, motor, and electronic control systems of new energy vehicles, we provide high-strength, lightweight precision metal components processing services. Using high-strength aluminum alloys (such as 6061-T6) and titanium alloy materials, through CNC milling and laser welding technology, the weight of components is reduced by 30% while maintaining structural strength. During production, UG software is used for stress simulation analysis to optimize structural design to cope with complex working conditions such as vibration, high and low temperatures. Equipped with salt spray testing equipment to ensure the corrosion resistance of components for more than 1000 hours. We have provided battery cases, motor end covers and other components for many new energy vehicle companies. By optimizing stamping and welding processes, the production cycle is controlled at 45 seconds/piece, with a defect rate of less than 0.5%, helping customers improve the overall vehicle range.
Precision Structural Parts Solution for Aviation Equipment
Meeting the strict requirements of aviation equipment for material strength and fatigue life, we provide integrated precision structural parts processing services. Using aviation-grade titanium alloys, high-strength steel and other materials, complex curved surfaces (such as aircraft landing gear connectors)
