Zhongtong editor tells you: How to reduce the noise of polishing machine during processing?

During the grinding and polishing process using a polishing machine, the machine produces varying levels of noise, which not only affects the work mood but also impacts work efficiency and workpiece quality. To achieve the optimal polishing effect with the head polishing machine and maximize work efficiency, we identify all factors that adversely affect the product quality of the head polishing machine and improve them one by one. To reduce noise pollution, we must first clearly understand where the noise originates and the principles of noise generation. This way, we can take fundamental measures to resolve it.

According to the mechanism of polishing machine noise generation, it is known that the significant noise is caused by severe vibration of the grinding head when subjected to unbalanced forces during brick blank grinding. Vibration is the true cause of noise generation. The vibration occurring in head polishing machine processing is a typical dynamic instability phenomenon. Its working schematic can be simplified to analyze individual abrasive grains.

Through vibration analysis of the tank polishing machine's grinding head, it was determined that the factors affecting grinding head noise are the grinding width and the rotational speed of the polishing machine's grinding head. By selecting appropriate grinding widths and speeds to prevent resonance, effective control of the polishing machine's noise can be achieved. Improving the grinding width and grinding head speed can completely eliminate the noise. This method is actually quite simple - it just requires the stainless steel polishing machine operators to pay more attention and observation during routine use, identify the correct causes, and improve the faulty mechanisms to achieve our desired results. Only when the polishing machine's noise disappears can operators perform polishing tasks in a quiet environment, which will significantly enhance work quality and efficiency. We hope everyone facing this issue will try to make improvements and create a better working environment.