Carbide Burr are widely used in many industrial sectors, and play a very important role in connection, bearing and decoration
Carbide Burr are widely used in many industrial sectors, and play a very important role in connection, bearing and decoration
Carbide Burr are suitable for machining metal workpieces of the following shapes:
Carbide Burr can be used to machine the outer and inner diameters of cylindrical workpieces such as shafts, sleeves, etc.
Carbide Burr can be used to machine the outer and inner diameters of tapered workpieces, such as cones, taper sleeves, etc.
Carbide Burr can be used for machining the plane and contour of plane workpiece, such as flat discs, flat plates, etc.
Carbide Burr can be used for machining the plane and contour of face milling workpieces, such as face milling discs, face milling plates and so on.
Carbide Burr can also be used for machining non-circular workpieces with special shapes, such as gears, cams and so on.
Carbide Burr have high hardness and abrasion resistance, and are capable of performing cutting and thwarting operations at high rotational speeds. It is suitable for machining metal materials of various hardness, including steel, cast iron, copper, aluminium and its alloys. When carbide burr, it is necessary to select the appropriate shape and size of the thumbs according to the shape, size and requirements of the workpiece, and set the cutting parameters reasonably in order to obtain accurate machining results
Carbide Burr have several advantages:
Carbide Burr are made of cemented carbide material, which has extremely high hardness and wear resistance, and can maintain long life in high speed rotating and thwarting operations.
Carbide Burr are capable of machining at high speeds, completing cutting and thwarting operations quickly and improving productivity.
Carbide Burr can be used to machine a wide range of workpiece shapes, including cylindrical, conical, flat and non-circular workpieces, providing a high degree of adaptability and flexibility.
Carbide Burr can provide good surface quality and reduce the need for subsequent machining. It produces smooth surfaces and precise dimensions, enabling workpieces to meet high precision and quality requirements.
Because of its high hardness and wear resistance, the Carbide Burr is suitable for machining hard metal materials, such as steel, cast iron, alloys, etc., and is able to effectively cut and thumb these materials.
Overall, the carbide burr has the advantages of high hardness, wear resistance, efficient machining, versatility and providing good surface quality. It is an important cutting tool that is widely used in the metalworking field for precision machining and efficient production of various workpieces.
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