Mechanical products require more effective management of components during the production process, and it is necessary to identify and track their quality in the market. Therefore, it is very necessary to mark and print mechanical components, especially important components (trademarks, specifications, production batch numbers, etc.). The quality of marking may not affect the mechanical performance and service life of components, but as an aspect of comprehensive product quality, it cannot be ignored, especially in the fiercely competitive market economy. In order to achieve brand strategy, enterprises must attach importance to and improve the quality of marking printing.

Traditional marking printing methods such as letterpress, electro corrosion, chemical corrosion, etc. have significant limitations, including non-standard, slow speed, insufficient depth, poor flexibility, and high labor intensity. Laser marking printing using laser corrosion is a marking method developed in recent years. Although it overcomes some weaknesses of traditional marking methods, many important parts rely on imported products, so the cost is generally good. Therefore, some small and medium-sized enterprises cannot accept the price. Nonferrous metals such as aluminum alloys and copper alloys have poor absorption of lasers. Currently, in the laser industry in China, laser marking machines generally print not very deep and are mainly used on surfaces. If the printing is deep, the speed cannot keep up. So pneumatic marking machines cannot replace laser marking machines in those industries;

In order to meet the needs of modern production, Ruibiao developed a pneumatic industrial marking printing system in 1995. The system adopts high-frequency micro impact technology and uses computer control to mark and print workpieces.