During the nitrogen cabinet baking process, be mindful not to cause the material tray to release unknown gases, as this may affect the weldability of the equipment. It is essential to maintain accurate baking records during the baking period to control the baking time. After several reflow焊接 or rework cycles, it cannot replace the drying process. Some SMD components and mainboards cannot withstand prolonged high-temperature baking.

Certain FR-4 materials cannot withstand 24-hour baking at 125°C; some batteries and electrolytic capacitors are also highly sensitive to temperature. Considering these factors, the MSD-SUN electronic temperature-controlled cabinet can be used to stabilize the environment, thereby ensuring the cabinet's temperature stability. It is also known as a constant temperature and humidity control cabinet, operating effectively in high-temperature and high-oxygen environments.

In high humidity conditions at room temperature, oxidation occurs. Actual tests have shown that oxidation begins when the relative humidity exceeds 40%RH, and its speed accelerates when the humidity surpasses 65%RH. Below 30%RH, the oxidation rate of most metals slows down significantly, and below 10%RH, oxidation is rarely triggered. The electronic desiccator operates on this principle, creating a low humidity environment (below 30%RH) and even ultra-low humidity (below 10%RH) at room temperature. This eliminates the conditions for oxidation and mold, thereby accomplishing the anti-oxidation function.