Hygienic design: PHT foam cleaning satellites in an optimized housing

The core idea of ​​hygienic design is to use constructive measures to prevent germs, bacteria, other microorganisms or contaminants from coming into contact with food. The easy cleaning of machines and systems and their material properties play a central role.

Typical features of hygienic design are:

• • Smooth surfaces
  • Avoidance of depressions, elevations or notches
  • Use of germ-inhibiting, rust-proof materials
  • Avoidance of spaces that are difficult or impossible to reach, also known as dead space

Efficient foam cleaning with optimized PHT satellites

We have consistently implemented these principles and features in our optimized foam cleaning satellites such as the SU NEXT 0127. The satellite enables easy rinsing, foaming and disinfection with pressurized water. Up to three media can be applied via a central outlet with up to 27 bar. There is no need to change working hoses. Permanently installed limiting nozzles ensure a constant dosage of cleaning agents.

What does the hygienic design look like?

The housing is made entirely of stainless steel. Stainless steel is germ-resistant due to its smooth surface. Even after frequent cleaning, the surface remains very smooth. Germs therefore find no suitable breeding ground. Unnecessary recesses and buttons have been omitted. The slanted roof prevents waterlogging, a typical source of germs.

The lever on the front of the device is new, which makes it easier to use. In addition, the housing of the satellite can be easily cleaned all around by placing the lever, which reduces the risk of contamination.

In addition, we do not have a separate lever for switching the air on and off in some of the optimized satellites – and thus do not have a further recess or elevation.

Not only the housing, but also the interior is designed to be hygienic. A water drain valve in the air line prevents water from entering the compressed air line. This increases safety and prevents possible water accumulation. A ball valve at the satellite inlet also ensures that no air can flow back into the supply line. This also serves safety.

In one sentence: The PHT show cleaning satellites in the new design combine easy handling, safety and hygiene.