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BOAO
Working Principle
The working principle of the handheld laser cladding machine is based on the laser cladding technology, which takes the high-energy beam as the heat source, rapidly heats up the alloy powder and the surface of the substrate and melts, mixes, diffuses and solidifies together, and then cools down by self-excited cooling after the beam leaves, forming a layer of alloy with performance. In this process, the high temperature, high heat transfer rate and good stability of the high-energy beam make the melting depth controllable, and by adjusting the relevant parameters, it can achieve the free adjustment of the thickness, width and hardness of the cladding layer.
Main features
High efficiency: laser cladding technology has high productivity and can significantly shorten the processing cycle.
High quality: good surface flatness of the coating after cladding, metallurgical bonding between the cladding layer and the substrate, high bonding strength, dense cladding layer, good corrosion and abrasion resistance.
Flexibility: The handheld design makes the equipment flexible and convenient to operate, and can achieve any part of the workpiece angle of the cladding.
Strong controllability: by changing the power, gas type and other parameters, automated production can be achieved to improve labour productivity.
Environmental protection and energy saving: no need to use chemical solvents in the laser cladding process, which reduces environmental pollution and consumes less energy at the same time.
Working Principle
The working principle of the handheld laser cladding machine is based on the laser cladding technology, which takes the high-energy beam as the heat source, rapidly heats up the alloy powder and the surface of the substrate and melts, mixes, diffuses and solidifies together, and then cools down by self-excited cooling after the beam leaves, forming a layer of alloy with performance. In this process, the high temperature, high heat transfer rate and good stability of the high-energy beam make the melting depth controllable, and by adjusting the relevant parameters, it can achieve the free adjustment of the thickness, width and hardness of the cladding layer.
Main features
High efficiency: laser cladding technology has high productivity and can significantly shorten the processing cycle.
High quality: good surface flatness of the coating after cladding, metallurgical bonding between the cladding layer and the substrate, high bonding strength, dense cladding layer, good corrosion and abrasion resistance.
Flexibility: The handheld design makes the equipment flexible and convenient to operate, and can achieve any part of the workpiece angle of the cladding.
Strong controllability: by changing the power, gas type and other parameters, automated production can be achieved to improve labour productivity.
Environmental protection and energy saving: no need to use chemical solvents in the laser cladding process, which reduces environmental pollution and consumes less energy at the same time.
