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Nanyang Goodway Machinery & Equipment Co., Ltd.
Working Principle and Testing of Cassava Grinding Machine
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Working Principle and Testing of Cassava Grinding Machine

Cassava grinding machine is a kind of grinding machine which uses Abrasives coated or embedded to grind abrasives. By grinding, the application scope of related processing materials can be further expanded and the precision of materials can be improved. The main types of grinders are disc grinder, rotary shaft grinder and various special grinders. As an important equipment in the process of processing, grinding machine is widely used in metallurgy, building materials, chemical industry and so on.

Working principle of Cassava Grinding Machine
The grinding effect is achieved by horizontal extrusion of the surface of the roller and friction at different speeds. By adjusting the device, the extrusion effect can be achieved, and the displacement of the driven grinding roller can be pushed to produce extrusion between the driven grinding roller and the active grinding roller.

In order to solve the problem of grinding machine failure, through research and treatment of grinding machine failure is only to solve the problem of grinding machine failure from the surface. To solve the problem of grinding machine failure from the root, we need to detect the grinding machine in advance, prevent the occurrence of failure, and eliminate the hidden trouble in the germination of growth.

Specifically, we can start from the following aspects.

Firstly, the bearing temperature of the grinder should be measured regularly to prevent bearing wear problems caused by bearing temperature higher than normal marking. At the same time, bearing care should be carried out regularly to ensure the lubrication and maintenance of bearings.
Secondly, the temperature of the pulley should be checked regularly, the running state of the pulley should be mastered, the belt tightness should be adjusted to a suitable state, and the service life of the pulley should be increased.

Finally, the number of adjustments of the parallelism of the grinder should be reduced, because too frequent adjustments of the parallelism of the grinder will reduce the service life of the internal parts and reduce the service life of the grinder.

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