The Turbo Molecular Pump (TMP) is one of the key components in semiconductor equipment. Semiconductor manufacturing requires extremely high purity and stability in the vacuum environment. TMPs are widely used in various semiconductor process equipment due to their high pumping speed, high vacuum performance, and oil-free characteristics. Below are the main application scenarios of TMPs in semiconductor equipment:

As the core equipment of high-vacuum systems, the Turbo Molecular Pump (TMP) plays an important role in scientific research. It is widely used in physics, chemistry, materials science, biology, and other interdisciplinary fields, supporting laboratories and research institutions in conducting precise experiments and data analysis. Below are the main applications of TMPs in scientific research:

Turbo molecular pumps (TMPs) play a crucial role in the aerospace field. Due to the strict requirements for vacuum environments in aerospace technology, TMPs, with their efficient and stable performance, have become core equipment for many critical processes. They are widely used in spacecraft development, materials manufacturing, equipment testing, and environmental simulation. Below are specific application scenarios:

Turbo molecular pumps (TMPs) play an important role in the medical field due to their efficient vacuum capabilities and ability to ensure a clean environment. Their applications are primarily focused on medical equipment, drug production, and cutting-edge medical technologies. Below are specific application scenarios:

Turbo molecular pumps are widely applied in industrial manufacturing, providing high vacuum environments that support various precision manufacturing processes and emerging technologies. These applications significantly enhance product quality and production efficiency. Below are the main application scenarios of turbo molecular pumps in industrial manufacturing:

The applications of turbo molecular pumps in the energy sector are becoming increasingly widespread. Particularly in new energy technologies and the optimization of traditional energy systems, turbo molecular pumps provide essential support for achieving efficient production, high-purity environments, and advanced research. Below are their main applications in the energy sector:

As an efficient high-vacuum acquisition device, turbo molecular pumps have widespread applications in the fields of environmental protection and new materials. The following are the main application scenarios in these two areas: