Laser cladding technology is a new technology with high economic benefits, which can prepare high-performance alloy surfaces on cheap metal substrates without affecting the nature of the substrate, reduce costs and save precious and rare metal materials, therefore, the world's industrially advanced countries attach great importance to the research and application of laser cladding technology. Et applicationem laser Cladding est maxime in duas facies, id est corrosio resistentia (including altus-temperatus corrosio resistentia) et gerunt resistentia, cum amplis et valvae sedes internationum superficiei et vapore separators.

Et laser Cladding caput maxime consistit de: vinculum component, optical component et pulveris pascens component. Through the laser cladding head, the laser equipment is linked with the powder feeder, and through the high-energy laser beam, the coating is quickly scanned and processed by the pre-positioned powder, which is instantly melted and solidified, and the base metal is then melted into a thin layer, and the interface between the two rapidly produces molecular or atomic level interactive diffusion in a very narrow area, and at the same time, a Fortis Metallurgical Banning Layer est formatus, quod significantly amplio proprietatibus subiecti, ut duritiem, resistentia ad conficiendos, et corrosio resistentia. etc.

Lacus Cladding caput maxime praebet laser iter transformationem et focusing laser Cladding, generat sat industria densitas ad conflandum metallum pulveris et dividitur in directum et rationes secundum diversas optici semitas. A tutela Speculum moduli est posuit super collimatio moduli praesidio fibra plug ex contagione collimationis lens durante insertion et remotionem; A tutela Speculum moduli est profectus sub focusing moduli ad protegere focusing lens ex spundering in liquescens processus.

Quod graph est, - ▲ ◉⋈O