vacuum pumps

The Electric High Pressure Vacuum Assisted High Efficiency Vacuum Pump is a device used in a variety of industrial and laboratory applications, primarily for creating and maintaining a vacuum environment.

Compact and lightweight design bipolar vacuum pumps are increasingly valued in modern industry. These pumps are designed to provide efficient vacuum solutions while reducing the size and weight of the equipment, making them more suitable for applications where space is limited.

Bipolar vacuum pumps with large oil window for good visibility are highly efficient devices that are widely used in hermetically sealed containers where gases need to be pumped out.

High Power High Efficiency Low Noise Integral Bipolar Vacuum Pumps are devices designed to meet industrial needs with high efficiency and low noise.

High Precision High Ultimate Vacuum with Gauge and Valve Vacuum pumps are devices used to create and maintain a high vacuum environment. Such vacuum pumps are usually equipped with a high-precision control system and pressure gauges to monitor and regulate the vacuum status in real time.

The high speed oil-free, durable and leak-proof vacuum pump is a widely used device in laboratory and industrial applications for high performance and reliability.

Enclosed power switches are considered a safer design choice in new refrigerant vacuum pumps. This design effectively prevents safety hazards caused by accidental startup or power failure.

The electronic centrifugal switch plays a vital role in starting the new refrigerant vacuum pump. Its main function is to control the starting and stopping of the electric motor and to ensure that the pump is able to operate properly once it has reached the desired speed.

Brushless motor vacuum pumps are widely recognized for their durability and low noise characteristics, especially in new refrigerant applications. These types of vacuum pumps are usually equipped with highly efficient brushless DC motors, which are able to increase efficiency while reducing noise.