Industrial Ultrasonic Systems

Four advantages of ultrasonic cleaning

Economical
Using ultrasonic cleaning regularly saves money
The material to be cleaned will last longer due to the more gentle effect of ultrasound, thus reducing the need for spare parts
Faster cleaning processes reduce standstill periods between productions

Environmentally Friendly
Biologically degradable cleaning agents are used instead of ecologically harmful solvents
Oil separators and bath filtration extend amount of time that the cleaning agent can be used, thus, the consumption of chemicals and waste water is reduced

Efficient
Ultrasonic cleaning processes are effective
A very high quality of cleanness is achieved
Brushing and wiping is unnecessary
The material to be cleaned, including its surfaces, are not damaged
Even unusually shaped parts can be cleaned

Easy to Use
Ultrasonic cleaning devices:
Are easy to install
Are easy to operate
Are maintenance free
Do not require special training

Four reasons of why ultrasonic cleaning is the better choice

Ultrasound
Ultrasound produces smallest vacuum bubbles in liquids which then implode immediately (cavitation). The forces resulting from cavitation cause an intensive and gentle removal of dirt particles from the object to be cleaned.

Temperature
Many cleaning agents become fully effective only at high bath temperatures. The cleaning solution can be heated through the cleaning device’s heating system.

Chemistry
The cleaning agent supports the cavitation process, reduces the water’s surface tension, separates and binds dirt particles. Depending on the type of dirt accumulation, different cleaning agents can be employed.

Time
Compared to other methods, the joint application of chemical agents and ultrasound reduces the time needed for cleaning up to 90%. Depending on the amount of dirt, that time varies from a few seconds up to a couple of minutes.