Application

Nuclear energy is a safe, clean and affordable energy source. Nuclear power plants use special motors and mechanical systems to automate and unman the reactors and other equipments.

The motors and precision mechanical transmission products used in defense or aerospace applications are exposed to very harsh operating environments, such as: 
Temperature range: -40 to +85°C or wider
Temperature shock: -40 to +85°C, switching time 1 minute
Mechanical vibration: +/-20g, half-wave sine, 11ms, 3 times each direction, 18 times in total

Vacuum process equipment is used to carry out different types of processing or technological treatments in a vacuum chamber. This includes things like making a vacuum, vacuum welding vacuum, coating in a vacuum (like using machines that evaporate, magnetron sputtering, ion coating and plasma chemical deposition), applying glue in a vacuum and filling, and purifying things in a vacuum.

Cars are exposed to harsh environments, which will lead to performance issues and failure, reducing the car's lifespan. The quality of the car's parts directly affects the car's overall quality. So, when new products are being developed and produced, many parts need to undergo strict environmental simulation tests to ensure they are of good quality. These tests usually include high and low temperatures, and high humidity conditions.

Semiconductors are made in a very clean environment, and some processes are carried out in a vacuum. For example, many semiconductor components, such as optical disc drives (CD, VCD and DVD) and semiconductor lasers used in optical fiber communication, microwave integrated circuits used in radar or satellite communication equipment, and even many ordinary microelectronic integrated circuits, have a big part of the manufacturing process carried out in a vacuum chamber. The better the vacuum class, the better the performance of the device.

In order to fully apply the results of basic medical research to the diagnosis and treatment of clinical diseases, the concepts of translational medicine and precision medicine have gradually emerged in recent years. As a promising bridge across this divide, biobanks have sprung up all over the country. The lower the temperature at which a sample is stored, the closer it will be to its state when removed from the body. For short-term storage, an automated storage system at -20 ℃ can be selected, but for strategically collected samples, an automated storage system at -80℃ or -196℃ is generally used due to the longer storage time.