Dongguan precision plastic mold injection processing, disinfection gun plastic product shell processing, customized mold opening
The master only knows a high-speed processing technology when processing precision parts
Since it is precision, it must be a high-precision processing method. For precision parts processing, there are many methods for processing materials, some of which are known to many people, but there is a method that many people know but few people will use. This method is ultra-high-speed precision parts processing. Let’s look at it. Just look.
Ultra-high-speed processing technology is a very important part of precision parts processing technology, because precision processing requires high precision and can only withstand very small errors. Therefore, the problem can only be solved in the machine tool equipment and materials, and the speed will also be increased while increasing the accuracy of the processing.
So what is ultra-high-speed processing technology? Let's take a look at it in detail:
It refers to a technology that uses sharp props to increase the cutting speed, and improve the removal rate, object quality and processing accuracy.
This technique will vary depending on the material and cutting method. At present, it is generally believed that the cutting speed of various ultra-high-speed cutting materials is limited to: aluminum alloy exceeds 1600m/min, cast iron is 1500m/min, super heat-resistant nickel alloy reaches 300m/min, and titanium alloy reaches 150~1000m/min. The fiber reinforced plastic is 2000~9000m/min.
Super finishing refers to the processing technology in which the size accuracy of the workpiece is greater than 0.1 microns, the surface roughness Ra is less than 025 microns, and the resolution and repeatability of machine tool positioning accuracy are greater than 0.01 microns. It is also called sub-micron processing technology and is developing into nano processing technology.
Superfine processing skills include: discussion on superfine processing mechanism, discussion on superfine processing equipment manufacturing skills, discussion on superfine processing and grinding skills, discussion on superfine measurement skills and error compensation skills, and discussion on prerequisites.