Laser Cladding
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Cutting picks automatic laser cladding equipment DJC-LC305
The cutting picks welding equipment is a model custom-designed for surface cladding of mining cutting picks. The equipment has a small footprint, an integrated enclosed design, and an attractive appearance. It is equipped with a visual welding observation window, a simple PLC control system, and one-button automatic cladding start-up, which lowers the threshold for operators to use. It can provide customized services for single and double workstations.
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Automated laser welding machine
Fully-automatic laser cladding equipment is a high-precision and high-efficiency surface treatment equipment that melts metal powder by laser and deposits it on the surface of the substrate to form a cladding layer that improves abrasion and corrosion resistance.This kind of equipment is widely used in aerospace, automobile manufacturing, mold repair, petrochemical and other industries.
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Robotic Laser cladding System for blades
Laser cladding technology is the use of high-energy laser beam (104-106w/cm2) irradiation of the metal surface, simultaneous melting, expansion and solidification, the substrate surface plated with a layer of materials with special physical, chemical or mechanical properties, so as to form a new layer of alloy with a very low dilution rate, to compensate for the performance of the original substrate material, according to the requirements of the performance of the product, to obtain the heat-resistant, abrasion-resistant, resistance to electricity, corrosion, fatigue or optical, electrical and magnetic properties of the surface layer.
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Laser hardening robot
Laser hardening tooth, short process term, heating and cooling swiftly, no need the media to do, tinny deformation, clean working environment , no need the fine processing.
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Laser cladding equipment for hydraulic rod
Laser cladding technology applied to hydraulic support is a new surface modification technology in recent years, mainly for the hydraulic support column and piston rod surface surface reinforcement treatment. The application of laser cladding technology in hydraulic support column repair is described below.
The working principle of laser cladding technology is, using high energy laser beam as a heat source, will have high hardness, good anticorrosion function of alloy powder, hydraulic support column and jack surface at the same time melting metallurgical reaction and has the function of wear resistance of laser cladding layer, so as to achieve the purpose of hydraulic support service life, compared with the traditional electroplating process, laser cladding technology has significant technical advantages. -
Laser cladding of plane gantry
Laser cladding technology is to use high energy laser beam (104-106w / cm2) to irradiation on the metal surface, synchronous melting, expansion and solidification, on the substrate surface with a layer of material with special physical, chemical or mechanical properties, thus forming a new dilution rate, very low alloy layer, compensate for the performance of the original substrate material, according to the product performance requirements, heat resistance, wear resistance, resistance, corrosion resistance, fatigue resistance or light, electric, magnetic properties of the surface layer. Laser cladding technology is a new technology with high benefit, which can prepare a high-performance alloy surface on the cheap metal substrate without affecting the essence of the matrix, reduce the cost, and save the precious and rare metal materials.
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Portable laser cladding welding machine
Laser cladding is the technology of high-eneregy laser beam (104-106w/cm2) radiation on the metal surface meanwhile additive alloy powder to form a new layer of low dilution rate to make up the shortage of the base material, of which the process of melting, spreading and solidifying swiftly to cladding a layer of material with a special features on the base. It would be cladding the metal and nonmetals as the needs, such as the heat resistance, wear resistance, corrosion resistance, oxidation resistance, fatigue resistance or optical, electrical and magnetic properties. It is the technology of high efficiency that it would make the eminent properties layer on the base of affordable material. That would save the cost.
