The technical training provided by general manufacturers is one week, and the basic operation can be understood within one week. If you want to learn it completely, it is hard to say that the three-coordinate function is very rich, mainly by the accumulation of time.
Using three-coordinate measuring instrument should not only learn the basic knowledge of measurement, but also master the operation and use of various instruments. However, the length of study is not necessarily proportional to the effect. If it is limited by the teaching environment, training teachers and equipment, it sometimes takes twice as long.
What you have learned is not very comprehensive. If you don't learn well, it will really affect your future development. Therefore, the most important thing is to learn systematically and regularly how to deal with various problems in actual combat and improve the measurement accuracy.
Three-coordinate measurement learning method
Learning to study and learn apricot depends entirely on whether the individual is careful or not. Coordinate measuring instrument is actually a testing tool, which is essentially no different from other testing rails. The important thing is to let people operate it.
So the process of getting started is very simple. You just need to know how to turn the machine on and off and how to collect measuring elements, even if you have the ability to start. Even if your education level is not high enough, you only need to read Chinese characters, because most CMM software is displayed in Chinese, and you only need to know Chinese characters and follow the prompts.
At the same time, the current software has strong human-computer interaction ability and will automatically prompt you how to operate. But why is it easy to operate by hand? Mainly because it involves a very delicate problem, in order to explain this problem more vividly.
For example, if Party A and Party B measure the flatness of the same plane, the flatness measured by Party A is 0.0 17 and that measured by Party B is 0.03. At this time, the problem came. Obviously, the flatness of the same plane is measured. Why is the difference 0.02? It is subtle to find such a problem.