product description

product overview

CO2 laser heat treatment launched by Wuhan Dazu Jinshikai Laser System Co., Ltd/The complete set of fusion equipment isCO2Laser as a heat sourcePlace the selected coating material on the melted body using different additive methods, and irradiate it with laser to match the basic surfaceFace oneThe process method of simultaneously melting thin layers and rapidly solidifying to form a surface coating with extremely low dilution and metallurgical bonding with the basic material, significantly improving the wear resistance, corrosion resistance, heat resistance, oxidation resistance, and electrical characteristics of the basic material surface.

Compared with welding, spraying, electroplating, and vapor deposition, laser cladding has the characteristics of low dilution, dense structure, good adhesion between the coating and the body, suitable for cladding materials, and large changes in particle size and content.

Product Configuration

This product consists of a TFL-6K/10K laser, a dedicated chiller unit, a CNC machining machine, an automatic powder feeder, an optical system, and CNC software.

Product Features

ØThe energy density of the laser beam is high, the heating speed is fast, the thermal impact on the substrate is small, and the deformation of the workpiece is small

ØBy controlling the input energy of the laser, the dilution of the substrate material on the cladding material can be controlled to a very low level, thereby maintaining the excellent performance of the originally selected cladding material while ensuring metallurgical bonding between the cladding layer and the substrate

ØCost design can be achieved by mixing different alloy powders to obtain fully dense metallurgical bonding coatings

ØCapable of selective melting and low material consumption

ØDue to rapid heating and cooling, the laser cladding layer has a uniform and dense structure, fewer microscopic defects, and better performance than other processes

ØBelonging to contactless processing, convenient for automation

ØThe power, position, and shape of the laser beam can be precisely controlled, making it easy to achieve selective or even micro area melting, with minimal thermal impact on the substrate

ØThe dilution of the cladding layer is small, which can ensure the mechanical properties of the material

performance index