Lightweight CNC-machined parts designed for extreme environments, such as titanium alloy brackets and turbine blades. These components meet aerospace-grade strength and high-temperature resistance standards while balancing weight reduction and fatigue durability.
Aircraft Reverse Thrust Device:
As a core braking component of turbofan engines, this system redirects exhaust flow through a deflector door to generate reverse thrust, significantly reducing an aircraft’s landing rollout distance. Manufactured using high-precision CNC machining, it is composed of aviation-grade titanium alloys or high-temperature alloys. Its key features include:
Precision structure: Achieves integrated machining of complex curved surfaces and thin-walled structures using five-axis CNC technology, ensuring aerodynamic efficiency and structural strength.
Adaptation to extreme conditions: Withstands high-frequency vibrations and exposure to 650°C exhaust gases, while its dynamic sealing system meets stringent airworthiness standards.
Lightweight design: Incorporates topological optimization and weight reduction techniques, resulting in a weight reduction of over 15% compared to traditional castings.
Full-process certification: Complies with FAA/EASA airworthiness regulations and features digital traceability, with each component assigned a unique ID.
Suitable for mainstream commercial aircraft models such as the B737 and A320 series, this system offers a maintenance cycle exceeding 12,000 flight hours.