Define the cleaning effects of innovative proprietary ultrasonic technology.

Additionally, the pollution particles are dispersed in the cleaning liquid. By this, a new adhesion to the material to be cleaned is ignored and the particles are flushed away. By the utilization of an innovative proprietary ultrasonic technology, extremely strong cavitations fields are produced, so that very good cleaning effects at high line speeds can be accomplished. When the cleaning effect is based onto the physical cleaning consequences of the ultrasound, this can be used for any ferrous and non-ferrous material, for example stainless steel, aluminum, copper but also glass or plastic. Most usually ultrasonic cleaning machines are utilized for drawn wire, for illustrations before cladding or extrusion. With the concentration of the ultrasonic power to a low liquid volume, an extremely compact design can be realized. It can be simply integrated in existing or new production lines, for example directly after drawing or reel payoff.