Vibration grinder is a widely used model chosen by many enterprises. At present, there are many varieties of vibration grinders on the market, and the quality varies greatly. When choosing a vibration grinder, it is important to identify the quality of the material, which is related to the service life and maintenance cycle of the vibration grinder. How to identify the quality of vibration grinding machine materials? Now let's discuss the material of the grinding vibration grinder, which will be convenient for everyone to choose a vibration grinder later.
1. The vibration grinder comes from imported technology, using advanced genuine motors with good performance, high efficiency and stability;
2. The vibration grinder adopts advanced PU lining adhesive, which has extremely strong wear resistance. As a domestic ordinary PU adhesive, it takes 10 times longer to disassemble and replace, indirectly reducing costs and improving work efficiency.
3. The vibration grinder contains a selection net in the internal structure of the vibration disc. After grinding, the product will be sorted and divided in the vibration machine, saving time and effort.
Grinding machine principle: On an external cylindrical grinder, an electromagnetic suction cup operating table is used to suck up the product workpiece. When direct current is applied to the electromagnetic coil, the core is magnetized, and the magnetic field lines pass through the rear cover plate product workpiece rear cover plate strong suction cup body to close, and the product workpiece is sucked up. The demagnetization layer of the electromagnetic suction cup operating table is made of non-magnetic materials such as lead, copper, or bar alloy, and its function is to allow the vast majority of magnetic lines to pass through the product workpiece for cutting parts. Grinding machines can process materials with high strength, such as quenched steel, hard alloy cutting tools, etc; Non metallic materials such as laminated glass and marble can also be processed. Grinding machines can perform high-precision cutting with minimal surface roughness, as well as more efficient cutting techniques such as strong cutting. With the continuous increase of high-precision and high hardness mechanical components, as well as the development of precision casting and precision forging technology, the performance, variety, and production volume of grinding machines are constantly improving and enhancing.