Implementation method of FRP glue joint maintenance geometric configuration based on laser controllable processing

The invention discloses a laser controllable processing-based FRP (fiber reinforce plastic) glue joint maintenance geometric configuration implementation method, which aims to improve the surface physical and chemical properties of geometric configuration, and comprises the following steps: carrying out laser controllable processing on an FRP damaged area by adopting laser, realizing layer-by-layer removal of carbon fibers, and forming geometric configuration and surface properties which are beneficial to glue joint maintenance. The method has the advantages of being easy to operate, good in resin removing effect, high in fiber integrity, high in shape precision and three-dimensional size precision and the like. The problems that in the prior art, the number of resin residues on the surface of the maintained geometric configuration is large, the fiber fracture amount is large, and the shape precision and the three-dimensional size precision are poor can be solved. And therefore, the FRP glue joint maintenance