#vacuumbooster

Mechanical Vacuum Boosters are designed to enhance the efficiency of vacuum systems by increasing the displacement of vapors and gases, all while minimising power consumption. Ideal for boosting performance in various industrial applications!

Our vacuum system is ideal for distilling re-used oil. The design and construction of the vacuum booster compressor include two counter-rotating impellers with a unique contour. These vacuum compressors rotate with an exact and sharp clearance, without making any physical contact. The design variations offer Twin or Tri lobe Boosters in air-cooled or water-cooled configurations. The Vacuum Boosters are designed to handle vapors and gases with lower power consumption.

Mechanical Vacuum Boosters offer exceptional vapor and gas handling at lower specific power consumption. With a complete system combo, including primary pumps, condensers, filters, and more, we provide reliable vacuum solutions for industries ranging from oil refining to space simulation. Experience optimized performance with Acme's cutting-edge vacuum technology.

Our vacuum system is ideal for distilling re-used oil. The design and construction of the vacuum booster compressor include two counter-rotating impellers with a unique contour. These vacuum compressors rotate with an exact and sharp clearance, without making any physical contact. The design variations offer Twin or Tri lobe Boosters in air-cooled or water-cooled configurations. The Vacuum Boosters are designed to handle vapors and gases with lower power consumption. For more detailed information visit:

Dive into the design of a Vacuum Booster Compressor! Discover how its innovative components and contactless rotation ensure precise volume displacement for optimal performance.

Unveil the versatility of Mechanical Vacuum Boosters! From distillation to semiconductor processing, explore their wide range of applications & enhance your industrial processes today.

Elevate your industrial game with our Booster Compressors! Unleash unparalleled efficiency with regenerative suction, seamless auto control, and materials compatible to handle explosive mediums.