Recently, the 7th China Aerospace Power Joint Conference (Chengdu Special) and Green Aviation Power Technology Exchange Conference were successfully held at Tianfu International Convention Center. The theme of the conference is “Green Power Innovation and Transcendence”. A total of 43 units from 9 member units of China Aviation Development Corporation, Aerospace Science and Industry, Chinese Academy of Sciences, aerospace engine universities, and related enterprises participated in the exhibition. Huirui-Laser was the only one in the conference. The leading domestic one-stop provider of surface repair and remanufacturing technology, equipment, and services for parts and components in the aerospace industry made a wonderful appearance.

In response to the characteristics of the conference, Huirui-Laser brought a complete solution for high-performance metal parts additive manufacturing technology services, using pictures, texts, videos, samples and other forms to richly demonstrate the use of laser metal additive technology in parts repair in the aerospace industry The mature applications of remanufacturing and more possibilities have attracted widespread attention from industry experts and customers, who have stopped to visit and communicate.

Huirui-Laser masters the core process of laser material thermal processing and has accumulated a database of laser additive processes for a variety of high-performance alloy materials to meet the application needs of the aviation industry. The complete set of special laser metal additive manufacturing equipment independently developed by the company has successfully served the industrial product additive manufacturing applications of many well-known domestic large enterprises in the aerospace field.

Receivers that are damaged after use or have poor machining processes for new products can be precisely repaired using laser cladding to control deformation and restore their dimensions and performance. This saves the casing, avoids waste, greatly saves costs, and shortens the construction period.

Aviation blades are relatively precious. After use, problems such as coating peeling, cracks, and wear may occur. To repair the blades, you need to remove the coating, repair the outer dimensions, and restore the coating. Laser cladding is used for high-efficiency repair of outer dimensions so that the repaired parts can be repaired. The mechanical properties reach more than 90% of the base material.

At present, Huirui-Laser laser cladding technology has accumulated rich and mature experience in the field of aerospace parts repair, and the repaired workpieces have achieved stable and excellent results in various performances after long-term practice testing. Next, Huirui-Laser will use this conference as an opportunity to deepen cooperation with more aerospace-related industry customers who are interested in using laser cladding technology, promote technical exchanges and ideological collisions in the aerospace industry, and bring more scientific research to them and technological inventions to help its development reach a higher level.