Laser cutting process has the following kinds:
Metals, alloys and composite powders commonly used in thermal
spray hardfacing technology and coating service. These unique powders are
instantly heated by thermal spraying (welding) methods such as high temperature
flame or explosive flame, and are sprayed and deposited on the cold or hot
workpiece surface with high-speed heat flow in a molten or semi-melted state to
form a surface Reinforcing layer, in order to improve the wear resistance,
corrosion resistance, heat resistance, oxidation resistance or repair of
external dimensions of the workpiece surface. XTC produces WC, CrC, Oxide
Ceramic, Boride Powder, Metal Alloy Powder, Pure Metal and Spray Wire, etc.
product. For HVOF/HVAF/plasma/Flame spray coating and applications. Meet the
wear and corrosion resistance requirements of different surfaces.
WC, CrC oxide ceramic powder and boride
products are excellent in wear resistance and high temperature corrosion
resistance. Taking WC products as an example, the hardness can reach
HV1300-1500, and the temperature of CrC products can reach 800 degrees Celsius.
Metal alloy powder, Pure Metal and Spray
Wire products have more applications in glass mold, steel and machinery
industries. And XTC products are now become more and more popular in Metal
spray coating and thermal spray coating industry.
Coating Service,Metal Spray Coating,Flame Spray Coating,Thermal Spray Coating Luoyang Golden Egret Geotools Co., Ltd , https://www.egretgeotools.com
A. Melting and cutting is to make the speed of the incident laser light shine on the plate. When the laser power reaches a certain critical value, the local area will be melted to achieve the effect of cutting.
B. Vapor cutting uses a high power density laser beam to heat the processed material, avoiding scum burrs formed by melting caused by heat conduction, vaporization of some materials into vapors, and beautiful edges.
C. Oxidation cutting is the blowing of oxygen in the nozzle and ignition by the laser, and the oxygen undergoes a fierce chemical reaction to produce thermal processing; for brittle materials easily destroyed by heat, high-speed, controlled cutting is performed by laser beam heating, causing the area Large thermal gradients and severe mechanical deformation lead to cracks in the material, also known as controlled fracture cutting. 
What cutting process does the laser cutter have?