Aerospace

In the field of aviation, every flight is an extreme test of technology and craftsmanship. Machining technology, as the core of aviation manufacturing, carries the heavy responsibility of aircraft performance and safety. As a precision product processing company, we remain at the forefront in the aerospace field and we are certified to AS9100D. In the process, machining technology plays a vital role.

1. Lightweight material processing
Aviation materials need to be lightweight, high-strength, and have good rigidity to improve the performance and maneuverability of aircraft; they need to be able to withstand high operating temperatures and have excellent corrosion resistance, including stress corrosion and corrosion fatigue. Given the characteristics of the materials of parts in the aviation field, we provide the highest quality aviation materials such as titanium alloys to meet the various demanding requirements required in this field. The processing of lightweight materials such as titanium alloys and high-strength aluminum alloys uses special processing technologies such as electrochemical processing to reduce thermal effects and deformation during material removal.

2.Complex structural parts processing
 Aviation parts have a variety of products and complex designs, requiring high-precision processing technology; due to the special requirements of the application environment and performance, aviation parts are usually highly customized. For complex structural parts, such as aircraft wing beams, landing gear, etc., advanced CNC machining centers are used for milling, drilling and tapping, so that multiple processing steps can be completed in one clamping. Our excellent engineering team can cope with various complex designs and problems through their years of work experience and keen judgment.

3.Precision parts manufacturing
 Aviation parts need to have high precision and high rigidity to ensure the stability and flight performance of the aircraft structure; aviation parts often use difficult-to-process materials such as titanium alloys, high-temperature alloys, and composite materials, which puts higher requirements on the processing technology; the aerospace industry requires that the size, tolerance, and performance of each part reach the most stringent and highest level to ensure that the parts will not fail during flight. It is processed by high-precision 5-axis CNC machine tools to ensure the geometric accuracy and surface finish of the components.