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Industrial Precision Ultrasonic Cleaning
KKS Ultraschall AG
A perfect cleaning result depends on a number of
different process and control parameters.
Specially designed ultrasonic transducer systems
transform electric energy into mechanical vibrations.
Those vibrations are transmitted through interlinking
elements onto a stainless steel membrane .The deflection
of the membrane does create a homogeneous field of
ultrasonic waves in the fluid. In this process,
countless millions of tiny vacuum bubbles the size of
micrometres are created which implode with high velocity
(cavitation). The highly energetic flows (jets) created
by cavitation thoroughly remove all kinds of
contamination.
The Swiss based company KKS is the technological leader
in this segments of ultrasonic-, industrial
high-precision cleaning- & surface technologies and with
equipment in the segment of aqueous (water based)
cleaning.
KKS is one of the very few manufactures who develops,
designs and produces all the components for the
Ultrasonic Cleaning needed, so all is coming out of one
hand:
The cleaning process, the equipment, the Ultrasonic
technology, the machine control parameters, the cleaning
detergent, the process parameters, a comprehensive and
professional after-sales service.
The KKS Mixed-frequency transducers and generators can
work with their full power with 27 kHz & 80 kHz or with
40 kHz & 100kHz. That gives the benefit, that the parts
are exposed in the same cleaning chamber simultaneously
to 2 different cleaning procedures at the same time.
Thanks to this technology,
goods will be cleaned efficiently on easy accessible
areas as well as in very small holes and difficult areas
or structures.
KKS Ultrasonic develops for every cleaning application the most
suitable cleaning detergent.
The special detergent is adapted to the material, the
contamination and the requested cleaning result. Every
detergent is tested and approved for the use in KKS
Ultrasonic systems. The cleaners are water-based,
environment friendly, most of them are even bio-degradable.
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