At present, CNC high-gloss machining processes (milling, turning) are not well known to technicians in most industrial industries. Practice shows that they are only really controlled by a few consumer companies. The main reason is that the previous demand is not very strong, of course, this is also closely related to cognition. Today we are fortunate enough to understand.
Let’s take a look at the CNC milling high-gloss machining shell diagram. In recent years, with the development of high-performance and high-precision CNC machine tools and the appearance of metal cutting tools with excellent performance, CNC high-gloss machining has been greatly broken. (Car) instead of grinding became possible, and it has become the purpose of the mechanical processing industry to follow.
The principle of CNC high-gloss machining is to use special special tools on the fine CNC machining equipment, with scientific and reasonable cutting parameters and processes to complete the glittering processing appearance. The use of fine CNC machine tools is the prerequisite for stopping high-gloss machining. The machine tool should have good rigidity and precision, such as a fine CNC engraving machine (normal speed: 20000 rpm).
The high-gloss effect is achieved thanks to the use of diamond tools. Diamond tools are the standard configuration of CNC high-gloss machining industry. The edge of a good diamond tool can not see any burrs under high-power microscope. The cutting edge can withstand long-term cutting without change. The friction coefficient between diamond and non-ferrous metal is very small, and the cutting chips are not easy to stick to the cutting edge and do not produce built-up edge.