Stainless steel automatic polishing machine achieves breakthrough in the era

        Over the past half-century of rapid industrial development in China, the polishing industry has undergone a revolutionary transformation, evolving from manual polishing to semi-automatic polishing machines and ultimately to fully automatic stainless steel polishing machines. The polishing machine industry has achieved a groundbreaking breakthrough. True polishing fluid can be considered the finishing stage of grinding. Grinding and polishing can be performed simultaneously on a flat stainless steel automatic polishing machine. Grinding and polishing are unified mechanical movements with the same underlying principles. Often, we apply three processing steps to the surface quality of products: coarse grinding, fine grinding, and fine polishing.

　　There are various methods for addressing surface roughness in stainless steel automatic polishing machines. Before polishing, the workpiece may have a thick oxide layer on its surface due to thermal processing, or it may remain rough even after processing by the stainless steel automatic polishing machine. If not pre-treated, achieving a smooth surface on a flat automatic stainless steel polishing machine would require a significant amount of time and consume resources. With these three processes, the flatness, parallelism, and roughness of the workpiece surface are relatively high.

This requires rapid product updates, short new product trial production times, and high product precision. However, in terms of surface quality, the surface smoothness achieved by polishing is higher than that achieved by grinding. Grinding is divided into coarse grinding and fine grinding, while polishing is divided into coarse polishing and fine polishing. Stainless steel automatic polishing machinery requires a flexible manufacturing system: users demand a wide variety of polishing and brushing machinery products with broad applications and high quality.

If the goal is to enhance surface brightness, mechanical polishing cannot achieve this. Mechanical polishing can only improve surface flatness and smoothness. After processing by an automatic stainless steel polishing machine, the surface may appear bright at first glance, but its brightness will decrease after anodizing. Therefore, for applications requiring high brightness, chemical and electrochemical polishing treatments are also necessary. However, to ensure aluminum purity, it must be above 99.8%. For the manufacturing industry, the core of competition lies in new products and the advancement of manufacturing technology.