1.Experience with cast iron, cast steel, carbon steel, alloy steel, stainless steel, copper, aluminum, and other metals, as well as marble, jade, bone, and other nonmetallic material. Processing hardnesses up to HRA >=85 are supported.
2.Replace the small wheel with a handle so that there is no dust pollution on the road.
High-quality materials and a professional finish. This machine is capable of producing a variety of high-precision mold cavity shapes.
3.Extremely high production efficiency. The processing efficiency increased by nearly ten times when compared to the manual file and the small shank grinding wheel, respectively.
4.Long working life expectancy. The durability of the small grinding wheel is ten times greater than that of the high speed steel cutter, which is more than 200 times greater than that of the high speed steel cutter.
5.Convenient, straightforward, and safe and dependable operation.
Costs associated with integrated processing can be reduced.
Carbide rotary files are widely used in a variety of industrial sectors, including machinery, automobiles, shipbuilding, chemical industry, craft carving, and others.
Tungsten burrs can be used for a variety of applications, including the processing of cast iron, cast steel, carbon steel, alloy steel, stainless steel, hardened steel, copper, and aluminum, amongst other materials. Because the carbide rotary file is clamped to the high-speed rotating tool for manual control, the carbide rotary file pressure and feed rate are determined by the tool life and cutting effect of the high-speed rotating tool.
The machine is capable of finishing machining a variety of metal mold casting, forging, and welding; cleaning up flash, burr, and weld; chamfering, chamfering, groove, and keyway machining on a variety of mechanical parts; cleaning pipe; the inner hole surface finishing machinery parts; and engraving on a variety of metal and nonmetal materials. It has become widely used in developed countries, and it is an important tool for increasing production efficiency and achieving the mechanization of fitter work environments. In recent years, this type of tool has become increasingly popular and is being used more frequently in our country. As the number of people who use it grows, it will become a necessary tool for the fitter and the mechanic. The following are the primary applications.
(1) Complete all types of metal mold cavities, such as shoe molds, among others.
(4) Carving of various metals and nonmetals, including the carving of craft gifts.
(3) cleaning the casting, forging, and welding parts of the flash, burr, and weld in places like machine casting plants, shipyards, automobile factories, and so on.
4 chamfering, rounding, and groove processing; pipe cleaning; hole surface finishing; and other mechanical parts used in manufacturing facilities such as machinery factories or repair shops.
For example, the flow passage of the impeller can be repaired in a factory that makes automotive engines.
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