What precautions should be taken during the handling and storage of Machined precision parts customization?
Publish Time: 2024-10-10
Due to their high precision and high value, precision parts require extra care during handling and storage to ensure that their quality is not damaged.
When handling precision parts, the first thing to do is to choose the right handling tools. For smaller precision parts, special pallets or containers can be used to avoid collisions between parts. For larger parts, equipment such as cranes or forklifts may be required, but it must be ensured that the operation of these equipment is smooth to avoid vibration and shock. During the handling process, they should be handled with care to avoid rough operation. At the same time, the parts should be properly fixed to prevent movement during transportation.
When storing precision parts, environmental conditions are crucial. A dry, clean storage area with stable temperature and humidity should be selected. Avoid exposing parts to moisture, high temperature or corrosive gas environments to avoid affecting the accuracy and surface quality of the parts. For some parts that are sensitive to humidity, desiccant or sealed packaging can be used to keep them dry.
During storage, precision parts should be classified and stored and labeled. This makes it easy to find and manage, and also avoids mutual interference between different parts. For some fragile precision parts, foam, sponge and other cushioning materials can be used for packaging to prevent collision during storage.
In addition, it is also necessary to regularly inspect and maintain the stored precision parts. Check whether the parts are rusty, deformed, etc., and take corresponding treatment measures in time. If the parts are not used for a long time, you can consider appropriate protective treatment, such as oiling, rust prevention, etc.
In short, the handling and storage process of Machined precision parts after customization needs to strictly abide by the relevant precautions to ensure that the quality and precision of the parts are not affected. Only in this way can the precision parts be guaranteed to perform at their best in subsequent use.
