Synchronous belt wheel processing technology introduction


At present, the application of synchronous belt wheel in the industry production has been very extensive, in many mechanical equipment, synchronous belt wheel is an indispensable part. So what is the processing technology of the synchronous belt wheel?

If the ordinary horizontal lathe can take different hard alloy equipment extrusion technology molding process design, can be fastened to the ring on the synchronous belt wheel. When turning the pulley, the annular groove will pre-turn on the side of the cylindrical step where the retainer ring is installed. The retaining ring and the pulley are fitted with each other by light pressure assembly, and the retaining ring is fastened on the pulley by extrusion deformation.

In the process of synchronous belt wheel processing, the required tool is the elbow carbide turning tool. Deburring refers to the removal of the micro-structure metal material particles with the appearance of the synchronous pulley. These research particles can be called burrs. They are formed during cutting, grinding, milling and other similar chip machining processes. With the development of metal materials to high strength, high hardness and high toughness, the technology of complicated overall structural components in mechanical design products is increasing day by day, and the difficulty of burr removal is also increasing. The traditional manual burr removal homework is difficult to meet the requirements of the above-mentioned economic development of enterprises for burr removal. Various new techniques and processes of social mechanization and active burr removal have emerged.

In order to improve the quality of the workpiece and extend the service life, synchronous belt wheel processing technology requirements, in addition to all metal precision parts on the burr. The outside, acute corners and edges of the workpiece must reach an extremely high metal surface cleanliness. If necessary, it must be established for electroless plating and electroplating as well as metals.