•The combination of a steam ejector, heat exchanger, water seal pump, and cooling tower provides a clean, powerful cooling solution.
•Use of a cooling tower delivers significant savings in the form of running costs that are lower than those associated with chiller-type systems.
•Thanks to the significantly higher cleanliness of the vacuum pump, almost no maintenance is required.
•The system comes standard with redundant control using a product temperature sensor and timer to safeguard product quality.
•Use of a sliding door makes it easy to clean inside the cooling chamber as well as the inside of the door so that a clean cooling environment can be maintained.

 •The combination of a steam ejector, heat exchanger, water seal pump, and cooling tower provides clean, powerful cooling solution.
•Use of a cooling tower delivers significant savings in the form of running costs that are lower than those associated with chiller-type systems.
•Thanks to the significantly higher cleanliness of the vacuum pump, almost no maintenance is required.
•The system comes standard with redundant control using a product temperature sensor and timer to safeguard product quality.
•Use of a sliding door makes it easy to clean inside the cooling chamber as well as the inside of the door so that a clean cooling environment can be maintained.

•A brine solution (antifreeze) is used as the cooling water, which is circulated through the heat exchanger at the super-low temperature of -10°C. Steam from products is subject to heat exchange at a super-low temperature to make possible low-temperature cooling without using a steam ejector.

   Please note that specifications are subject to change for reasons such as product improvement.

  Please note that specifications are subject to change for reasons such as product improvement.