Molecular pump units, with their stable vacuum control capabilities and diverse adaptability, have achieved preliminary applications in fields such as semiconductors, photovoltaics, and scientific research experiments, providing new choices for the construction of high vacuum environments in the industry and becoming a new equipment support for promoting the efficiency improvement of production and research and development in related industries.
1、 Modular design: build a whole process vacuum solution
•Collaboration of core componentsThe unit is centered around a molecular pump and uses a high-speed rotor to directionally transport gas molecules, achieving a high level of vacuum; The paired front-end vacuum pump provides pre vacuum conditions to ensure stable start-up of the molecular pump;
•Intelligent monitoring assistanceThe vacuum measurement system tracks changes in vacuum degree in real time, providing accurate data for parameter adjustment; The control system integrates the operational logic of various components to achieve automated start stop and status monitoring, greatly reducing manual operation pressure.
All components work together to cover the entire process from vacuum acquisition to monitoring, meeting the vacuum requirements in different scenarios.

2、 Performance advantage: Tailored to the actual operational needs of the industry
•Wide vacuum coverageIt can be extended from low vacuum to ultra-high vacuum, which can meet the requirements of high cleanliness vacuum in semiconductor chip etching process and also adapt to the precise vacuum control of thin film deposition process in the photovoltaic industry;
•Excellent operating experienceLow noise during operation, avoiding interference with the production workshop or laboratory environment; The device has a fast startup speed, which shortens the time from startup to reaching the target vacuum level and effectively improves work efficiency;
•More convenient maintenanceModular layout makes post maintenance operations simple, component disassembly and replacement convenient, reduces equipment downtime, and ensures the continuity of production and experimentation.
3、 Multi domain landing: injecting new impetus into industrial upgrading
At present, the unit has been applied in multiple key fields, providing equipment support for industry development:
•semiconductor industryProvide a stable vacuum environment for key processes such as chip lithography and coating, helping to improve chip production accuracy and yield;
•photovoltaic fieldBy precisely controlling the vacuum degree, the quality of thin film deposition in the preparation of solar cells is guaranteed, promoting the improvement of battery conversion efficiency;
•research fieldBecoming an important experimental equipment for universities and research institutions, supporting cutting-edge research in materials science, physics, and providing reliable vacuum conditions;
other industriesThe unit has also been introduced in fields such as electronic device packaging and vacuum coating, injecting new impetus into technological innovation and industrial upgrading.