CNC vertical lathe is a high-precision processing method. It is not only fast but also has high precision, so it is widely used in industrial production. However, after finishing the processing, there are some things that need to be paid attention to. This article will introduce the matters that need to be paid attention to after the CNC vertical lathe processing is completed.

1. Cleaning
During the CNC vertical lathe processing, waste materials such as iron filings may be produced, and the waste materials need to be cleaned up after the processing is completed. In addition, CNC vertical lathe cleaner needs to be used to clean the entire workpiece to ensure that its surface is clean and free of oil.

2.Detection
After CNC vertical lathe processing is completed, the processed parts need to be inspected. For large and small parts, you can use testing tools such as micrometers to measure to check whether the accuracy meets the requirements. During the inspection process, the CNC vertical lathe must be maintained to ensure its stable performance.

3. Anti-rust
After CNC vertical lathe processing is completed, due to its high surface finish, it is easily affected by the environment. Therefore, it needs to be rust-proofed after processing to ensure its long-term stability. Anti-rust treatment can be done by spray painting or electrophoresis.

4. Packaging and transportation
After CNC vertical turning parts have been cleaned, inspected and rust-proofed, they can be packaged and transported. During the packaging process, it is necessary to ensure that it is not exposed to avoid damage during transportation. During transportation, attention should be paid to a balanced weight distribution to avoid excessive concentration of weight, which may cause deformation and damage to the machine parts.

To sum up, after the CNC vertical lathe processing is completed, a series of operations such as cleaning, inspection, anti-rust treatment, packaging and transportation are required. The purpose of these operations is to ensure the accuracy and stability of the machine parts and achieve the best results during production and use.