Patented ice cube production

 

The WESSAMT developed wave technology ensures dependable functioning and well-formed, crystal-clear, hygienically impeccable hollow ice cones. In each ice-making cycle, the trough in the ice cube maker is automatically filled with a set amount of drinking water.

The water for ice cube-making is rhythmically moved in the trough. This generates quickly moving waves with a high water speed. The water molecules freeze first at the evaporator profiles. Impurities (minerals, dirt particles etc.) remain in the trough. Hygienically impeccable, crystal-clear ice cubes are the result.

Ice-making is automatically ended once the cubes have obtained their defined thickness.

With the end of ice cube production, the remaining water and impurities are rinsed out by tilting the trough and drained off via the draining channels. At the same time, hot gas is directed into the evaporator profiles to thaw the ice cubes. The cubes detach themselves from the profiles and drop into the storage bin.

Then the trough returns to its original position – the next ice-making production sequence begins.

Only the wave technology stands for extremely high dependability – especially in the case of drinking water with a high calcium content. The use of softer water is recommended over and above a certain drinking water hardness. Please refer here to our technical instructions and installation recommendations in the Product group brochures.

The unmistakeable hollow ice cones of the WESSAMAT ice cube makers with wave technology Crystal-clear – no turbidity – and impeccably hygienic
Standard: ø 28mm, H 33 mm, 13 g
Maximum: ø 33 mm, H 37 mm, 16 g
 
Brief outline of the benefits of WESSAMAT wave technology

• Water molecules freeze first

• Crystal-clear ice cubes

• No pumps

• No trouble/repair/wear

• No nozzles

• No lime deposits in the system

• No rinsing noises

• No agitators

• No breaking of paddles

• No paddle sounds

• No heating grids

• Reduced power consumption

• No defect source

• Automatic draining of remaining water

• No concentration of minerals and impurities

• Directing off the remaining water via draining channels

• No contact with already produced ice cubes

• Space-saving

• Large storage bin