Common double end surface grinding machine knowledge sharing

Abrasive cloth grinder: grinding machine with fast-moving abrasive cloth.

Honing machine: mainly used in the production and processing of a variety of cylindrical holes (including optical holes, radial or axial interrupted surface, buried holes, buried holes and multi-step holes), can also produce and process cone holes, elliptical holes, residual wheel line holes.

Double-end surface grinding machine: slide grinding machine: mainly used in grinding machine tool guide surface grinding machine.

Special tool grinder: A grinder for grinding tools.

Common grinding machine: used to grind cylindrical, conical inner and outer surfaces or plans, and to grind a wide variety of workpieces with steering equipment and accessories.

Special grinding machine: Specialized equipment for grinding certain parts. According to its production and processing goals can be divided into: gear shaft grinding machine, drive shaft grinding machine, camshaft grinding machine, transmission gear grinding machine, screw grinding machine, curve grinder and so on.

Port grinding machine: grinding machine for grinding transmission gear ports.

Double head surface grinding machine: grinding machine can produce relatively high strength raw materials, such as hardened steel, carbide cutting tools; It can also produce and process brittle materials, such as laminated glass and marble. The grinding machine can be used for grinding with high precision and small surface roughness, and can also be used for high efficiency grinding, such as strong force grinding.

Double-end surface grinding machine: the standard grinding machine used in mechanical processing and manufacturing, the grinding wheel motor is operated according to the traditional starting circuit. After the motor is started, it runs according to the rated speed, because the power grid voltage has a certain fluctuation, and the friction load of the grinding wheel workpiece changes at any time, which may affect the motor speed deviation.

The standard grinding wheel motor starting power supply circuit generally has only one production and processing rate, which is difficult to adapt to the different workpiece size requirements of different production and processing relative angular speed, so that the production and processing accuracy of the workpiece is difficult to ensure. Therefore, from the aspects of improving the production quality, high efficiency of production and processing, and saving resources, the frequency conversion speed regulation technology is used in the grinding machine, which can receive satisfactory practical results.

Classification of double-end surface grinding machine:

1. horizontal axis rectangular table double end surface grinding machine

The workpiece is digested and absorbed or clamped on the work table by the square electromagnetic induction operating table, and the vertical and repeated movement is done. The grinding wheel frame can be moved intermittently along the dovetail guide rail level of the rolling seat, and the rolling seat can be moved vertically and intermittently along the vertical rod slide rail. The workpiece can be ground from the periphery of the wheel with high precision.

2. vertical compound conical double-end surface grinding machine

Cylindrical wheel Main shaft bearing grinding wheel port grinding workpiece. The grinding wheel frame can be moved intermittently vertically along the vertical bar slide rail. The workpiece can be continuously grinding from the rotating table, and the production is highly efficient. In order to facilitate the loading and unloading of the workpiece, the cone can also be moved vertically along the bed slide rail.

3. multi-head sand grinder

Double-end surface grinding machine: grinding wheel ports of two grinding wheels and grinding of two parallel plane plans of the workpiece. There are two types of horizontal and vertical axes. The workpiece is guided correctly by parallel lines or rotating feeding equipment according to the grinding wheel. The grinder is highly efficient and suitable for mass production of rolling bearing rings and engine pistons.