Holiday Closure from 16th - 27th July 2018 (both days included).


We work closely with our customers to develop vacuum systems that meet the exacting demands of specific industries. Our philosophy is to build systems based on well-documented, standard components that allow simple and cost-effective maintenance.
Our products are based on two fundamental principles: 'Liquid' and 'Airborne'


This method is used for liquid-based media that may contain impurities that cannot be handled by normal pumps.
Advantages of the liquid principle:

  • The media does not come into contact with the pump.
  • Self priming.
  • Automatic filling and emptying when used in conjuction with a 4-way valve.

Fig. 1 The unit's lifting height H is the distance between the liquid levels. The maximum lift height is determined by the pump's suction pressure, the liquid mass and the barometer level.




Air Born:

By using airflow speed as a motive power, anything can in principle be transported by a vacuum system.
Airborne particles are collected in a cyclone and emptied via a rotary valve or bottom plate.
As the atmospheric pressure does not support a column of liquid, the lift height is theoretically unlimited.
In practice, the limiting factor is pressure loss in the pipe system. We manufacture systems with a transport capacity of up to several hundred metres.
This allows a pump unit to be located outside a workshop building, while stations can be located in the production area itself.
Today, these systems are used to transport different forms of media, including:

  • Intestinal tracts in abattories.
  • Stones, grit and mud on offshore drilling platforms.
  • Fish waste in the fish processing industry.