Low-pressure cleaning with boosted water

A cleaning system is a long-term investment. Choose a system that will function reliably for years to come and avoid extra costs and untimely problems

When choosing a cleaning solution for your food or beverage processing facility, it is vital to take several aspects into consideration - not least hygiene, the environment and costs.

Low-pressure cleaning with boosted water has proved to be the most efficient and sustainable way of cleaning difficult surfaces compared to high-pressure cleaning.

The entire System Cleaners range of cleaning equipment apply low-pressure technology with boosted water.

Significant advantages of low-pressure cleaning compared to high-pressure:
  • Higher rinse impact
  • Lowest temperature drop
  • More effective removal of residues
  • Minimizing cross-contamination

Low-pressure cleaning with boosted water offers a range of benefits

Cleaning time

Significant reduction in cleaning time

Reduced water

Reduced water and chemical consumption

Less wear

Less wear on processing equipment and affected surfaces

Improved work

Improved work environment

Low maintenance

Low maintenance and service requirements

Better heat
Low Pressure
High pressure

The perfect combination of the correct temperature and volume of water in interaction with chemicals means that our solutions are optimised for cleaning the surfaces in all types of food and beverage processing facilities contaminated with fat, bacteria, yeast, microbes, limescales and other deposits. This way all surfaces are not only visually clean, but also bacteriologically clean.

Increased water flow

Tests clearly show that almost twice as much water reaches the object/surface with low-pressure cleaning compared to high-pressure (84% more).

More water on the object/surface significantly reduces cleaning time and speeds up the removal of residues. The effect of the increased flow reduces the total consumption of water.

Water jet impact area

The impact area of the water jet is 39-62% larger with low-pressure cleaning compared to high-pressure (depending on the distance to the surface).

This makes it possible to clean a larger area in a shorter span of time.


Reduction in aerosol formation

There has been focus on aerosols in connection with cleaning as this forms tiny droplets spreading in the air and easily inhaled, with the risk of causing respiratory problems. Aerosols can also transfer contaminated particles to already cleaned surfaces.

With low-pressure cleaning, the droplets formed are larger and reach the surface faster thereby reducing the risk of dispersion in the air. Tests show that the reduction is at least 50%.


Low Pressure