During the linear optical axis machining process, the outer cylindrical surface is formed by turning and grinding processes, so they must be positioned with the central holes at both ends, and it is also necessary to ensure that the linear optical axis design datum and the process datum coincide. Since the center hole pattern and coaxiality have a great impact on the processing quality of the linear optical axis, in order to eliminate possible deformations and defects, it is necessary to obtain positioning. If you use grinding technology to trim the center hole, you need to add kerosene or engine oil to the ground center hole and perform trimming. In this way, not only the processing efficiency can be greatly improved, but also the processing quality of the product can be guaranteed, but at the same time, attention must be paid to the wear and tear of the objects. This process can also be achieved by grinding. As long as the required tools and corresponding reagents are prepared, good processing quality can also be guaranteed.
The linear optical axis seems to be a very inconspicuous product, but it has strict requirements on its storage environment, because the environment is also one of the important factors affecting product quality and performance. Especially when storing tight linear optical axes, pay more attention to avoid placing them in high temperature environments. Many products have environmental requirements during storage. Because the production processes and materials of the products are different, the problems that will arise are also different. The same is naturally true for linear optical axes. Of course, the linear optical axis also needs to face very high problems in operation, and the performance of the linear optical axis is easy to change, so it is not possible to do this if there are joints. As a part of the machine components, the linear optical axis needs to be inspected and maintained regularly, and it must be done while the machine is shut down. The number of maintenance times of the linear optical axis should also be reduced as much as possible to prevent its service life from being shortened, so that the linear optical axis can calmly face high temperatures.
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