Electronics Industry

In some special processes in the electronics industry, such as the assembly of LCD screens and the packaging of electronic chips, hot pressing operations are required. The mold temperature controller can provide stable high temperature and pressure to ensure the smooth progress of the hot pressing process and improve the reliability and performance of the product; in the processes of shell molding and circuit board manufacturing of electronic products, the mold temperature controller helps to improve product quality and production efficiency by maintaining the stability of the mold temperature. Especially in plastic processing processes such as injection molding, blow molding, and extrusion molding, the application of mold temperature controllers is particularly critical because it can control the temperature of the mold to obtain high-quality finished products.

The application of Hengde chillers in the electronics industry is mainly reflected in the cooling of equipment and process cooling. Many equipment used in the electronic manufacturing process, such as lithography machines, etching machines, deposition equipment, etc., also need cooling to maintain a stable operating temperature. The chiller can provide low-temperature cooling water for these equipment to ensure that the accuracy and performance of the equipment are not affected by temperature. For example, the optical system of the lithography machine is very sensitive to temperature, and even a slight temperature change may affect the exposure accuracy. The chiller can ensure that the optical system of the lithography machine works at a constant temperature by accurately controlling the cooling water temperature, thereby improving production efficiency and product quality.

In the laser cutting, welding, marking and other processes in the electronics industry, the laser generator generates a lot of heat. The chiller can provide cooling for the laser generator to prevent overheating damage while ensuring the stability and accuracy of the laser output. For example, when laser cutting electronic circuit boards, water chillers can cool the laser head to prevent overheating and reduce cutting accuracy; during the testing of electronic components, the components need to be cooled to a specific temperature for performance testing. Water chillers can provide precise low-temperature cooling to meet the requirements of electronic component testing.