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Product Description
Laser cladding technology uses laser to coat high-performance metal materials on the surface of the part substrate due to the extremely high energy of the laser beam, both the cladding material and the base material melt simultaneously,which is fast.
After rapid cooling, a perfect metallurgical bonding coating is formed, significantly improving the surface of the parts to achieve surface properties such as wear resistance, corrosion resistance, high temperature resistance, and oxidation resistance.
The purpose of modification or repair is to meet the specific performance requirements of the material surface,it also saves a lot of valuable elements.At present, laser additive remanufacturing technology has been applied in aviation engines, gas turbines, and steel iron metallurgy, rail transit, military support and other fields have been widely applied.
Machine Options
Robot Eight Axis Linkage Intelligent Additive Manufacturing System
This system is suitable for net forming and remanufacturing repair of products with high water oxygen content requirements and high added value. It can also be used for direct metal forming to manufacture new products. It has been applied in additive repair and 3D printing of nickel based high-temperature alloys, titanium alloys, aluminum alloys, cobalt based alloys, and high-strength steel and other metal materials.
Large scale repair and surface remanufacturing system
This system is an ultra high speed laser cladding system independently developed based on industrial six axis robots and slide rails. It is equipped with a laser processing turntable and can perform laser cladding experiments and processing on flat and curved surfaces, as well as ultra high speed cladding on shaft parts. It is suitable for repairing and surface strengthening of large industrial parts
Intelligent additive manufacturing system for non-standard parts
This system is a self-developed laser cladding processing system with robots as the motion core, which can adapt to various complex structures and non-standard parts. According to the requirements of customer application scenarios, variable displacement machines, turntables, and sliding tables can be selected to meet the requirements of different types of workpiece fusion processing and surface treatment
