Xavitech Micro Pumps

Micro Pumps for Gas Analysis and Gas Sampling  |   Calibrated Flow Performance   |   Low Flow Pulsations

At Xavitech we have the perfect pump for you! To make it as easy as possible for you, we have divided our standard pumps into three categories depending on how much control and customizability you want. All our pumps contain our high-quality X-life™ motor and have the same standard flow performance.

2022 Product Range Folder 

Analog Pump

BLACK

Edition
  • 3 wire connection
  • Flex connection
  • +35 000h lifetime
  • Customized software
  • serial control
  • Analog control
  • Vacuum or pressure
Flow performance

Affordable Pump

ORANGE

Edition

  • 2 wire connection
  • 5 000h lifetime
  • Vacuum or pressure

Flow performance

If you have questions, go to our FAQ. Or send us an email if you want more information on how we can make the best pump configuration for your system!


When choosing a standard Intelligent, Analog or Affordable pump, there are still a few choices to make. See chart down below for all the different configurations you can make. Custom calibration and/or firmware is also an option on the Intelligent and Analog pump, please contact us for more information.

Flow Performance

The Intelligent and Analog pumps can be custom calibrated to a set flow!
Discover further smart features and customization.

V/P1500 Micropumps

Flow Performance (air)
1200 ml/min
Vacuum Performance (air)
350 mbar
Pressure Performance (air)
350 mbar

Datasheets

V/P200 Micropumps

Flow Performance (air)
400 ml/min
Vacuum Performance (air)
350 mbar
Pressure Performance (air)
350 mbar

Datasheets

V100 Micropumps

Flow Performance (air)
225 ml/min
Vacuum Performance (air)
225 mbar
Pressure Performance (air)
100 mbar

Datasheets

V/P250 Micropumps for Liquids

Flow Performance (water)
70 ml/min
Vacuum Performance (water)
350 mbar
Pressure Performance (water)
350 mbar

Datasheets

Do you have a question about our pumps?


Send us a message!

How a Xavitech Pump Works

A Xavitech Pump has an electromagnet, a flat spring and a metal disc instead of a traditional DC motor. This is how it works inside a vacuum pump!

  • The electromagnet turns on and attracts the metallic disc.

  • The disc moves towards the electromagnet and pulls the rubber membrane.
  • The moving membrane creates a negative pressure, which closes the outlet valve and opens the inlet valve.
  • Air flows into the chamber from the inlet and through the open inlet valve.

  • The electromagnet is turned off and the disc is released.
  • The spring pushes the disc, and membrane away from the electromagnet.
  • A positive pressure is created which closes the inlet valve and opens the outlet valve.
  • The air inside the chamber is pushed out through the open outlet valve.

Visit our Youtube Channel

Visit our youtube channel to get even more information about our pumps. There you can also find tutorials and demos. Don't forget to subscribe so you don't miss a video!