Do you know about the advantages of CNC lathe machining and the environmental requirements associated with it? Today, Wofu will give you a detailed introduction.

CNC lathes offer the following advantages:

One: CNC lathe machining It is possible to significantly reduce the total number of fixtures, and complex-shaped parts no longer require complicated tooling for finishing. If you wish to change the shape or specifications of a part, you only need to modify the CNC lathe’s machining program, making it ideal for the development and modification of new products.

Second: CNC lathes offer stable product quality in finishing operations, with high finishing accuracy and excellent repeatability, making them well-suited to the precision machining standards required for aerospace components.

Third: Under conditions of diversified product types and small-batch production, CNC lathes offer higher productivity. CNC lathe machining can reduce production costs, shorten the time required for CNC lathe adjustments and process inspection, and also decrease cutting time due to the use of optimal cutting parameters.

Four: It can machine complex surfaces that are difficult to finish using conventional methods, and even reach areas that are impossible to inspect during finishing. The drawback of CNC turning machines is that the equipment itself is expensive, and the standard after-sales maintenance personnel must possess a high level of expertise.

The normal operation of CNC lathes must meet the following standards: the power supply voltage at the specific location of the CNC lathe should have minimal fluctuations, the operating temperature should be below 30 degrees Celsius, and the relative humidity should be less than 80%.

1. Environmental standards for CNC lathe machining: The specific location of the CNC lathe should be kept away from vibration sources and protected against direct sunlight and harmful thermal radiation. It should also be shielded from humidity and air currents. If there are vibration sources near the CNC lathe, anti-vibration trenches should be installed around it. Otherwise, this could directly compromise the precision and stability of the CNC lathe’s fine machining, lead to poor electrical contact in electronic components, cause mechanical failures, and jeopardize the reliability of the CNC lathe.

2. CNC lathe machining power supply standards. Typically, CNC lathes are installed in machining workshops, where operating temperatures fluctuate significantly and standard deviations are high. Moreover, the presence of various electromechanical devices leads to substantial power grid fluctuations. Therefore, when selecting the specific installation location for a CNC lathe, it is essential to maintain strict control over the power supply voltage. The power supply voltage fluctuations must remain within the permissible range and be kept relatively stable; otherwise, the normal operation of the CNC system could be compromised.

3. Temperature standards for safe operation of CNC lathes. The operating temperature for CNC lathe machining should be below 30 degrees Celsius, with relative humidity less than 80%. Typically, the electrical control cabinet of a CNC machining center is equipped with exhaust fans or cooling units to maintain a constant operating temperature—or at least minimize temperature fluctuations—of electronic components, especially the central processing unit. Excessively high temperatures and ambient humidity can shorten the service life of components in the automatic control system and increase the frequency of mechanical failures. As temperature and ambient humidity rise, increased dust accumulation can cause adhesion on integrated circuit boards, leading to short circuits.

4. Standardize the use of CNC lathes. During CNC lathe machining, it is strictly prohibited to arbitrarily modify the parameters preset by the manufacturer in the automatic control system. These parameter settings are directly related to the dynamic characteristics of various components during CNC lathe machining. Only the clearance compensation parameters may be adjusted according to actual conditions.