CASES
The increasing demand for high-precision, high-reliability and high-stability products in the aerospace field urgently requires technological research in the field of precision manufacturing. As an advanced precision manufacturing technology, laser fine processing has become an indispensable tool for aerospace manufacturing, as it is prominent in the fields of punching, cutting, etching, marking, welding and measuring.
Aerospace parts need to have a high degree of stability and reliability to ensure positioning and processing that is maintained in complex manufacturing environments, but they often have complex structures and shapes. Laser machining technology is capable of high precision processing at the micron level, ensuring the geometric and functional integrity of the part. In addition to being used to produce wing fastener parts, fixture parts, end-effector parts, tooling parts, etc., laser machining technology is particularly suited to the machining of small parts, such as grafted oil gaskets and titanium lead-in pipe manifolds, to ensure the accuracy and quality of these parts. Laser fine machining technology can also handle a wide range of aerospace materials, including aluminum, Hastelloy, nickel-titanium alloys, etc., which can meet the material requirements of different parts.
