Technical Molding

Increased productivity

1. Significant reduction in cooling times

Thanks to their ability to synchronize with the production line, the units can activate strong cooling, providing low temperatures and high flow rates to the mold, only during certain phases of the cycle.

2. Total control flexibility

Thanks to the wide range of units, even with built-in chiller (Microgel), there is no limit to the settings of the cooling or thermo-regulation temperature from 0 to 200 °C (30 to 400 ˚F) and of the flow rate in each circuit of ​​the mold, for each type of application.

3. Perfect repeatability

Synchronization with the process ensures precise control of the mold temperature at every stage of molding, without interference, while the process machines operate constantly at maximum performance.

Reduced operating costs

1. Energy savings up to 30%

• Synchronized cooling - The units are activated automatically only when needed, achieving significant energy savings.

• Intelligent use of chilled water -

The integrated chillers will operate only where and when it is needed.

• Free-Cooling opportunities - The units with integrated chiller have the function of automatic Free-Cooling. Whenever the temperature required by the process is higher than the temperature supplied by the central system, the compressors stop.

2. Water savings up to 95%

The central adiabatic cooling system operates in a dry mode without water consumption almost all year, exploiting the ambient air to transfer the heat coming from the processes. Only during periods of extreme ambient temperatures above 30 °C (86 ˚F), the system uses a minimal amount of water in evaporative mode.

3. Up to 90% maintenance savings

The central adiabatic system is a closed circuit that allows excellent heat transfer with minimal maintenance.

Total modularity

1. Easily expandable at any time

The Ecodry System allows the installation of the exact capacity required at each stage of plant development.

2. Gradual implementation

Even in existing plants, installing additional units is very simple thanks to the functional and effective modularity design.

3. Exact quantification of costs by line and product

Each unit can measure and record the specific energy consumption for each product.

4. Total reliability

The extreme simplicity, reliability and redundancy of the components of the adiabatic cooling unit minimizes the possibility of plant shutdown due to failures of the cooling system, ensuring the continuity of production 24 hours a day.

Reduced carbon footprint

1. Intelligent electricity consumption

With minimal waste.

2. Maximum savings

Obtained thanks to automatic and independent Free-Cooling by process.

3. Possibility of reducing the consumption of natural gas

Thanks to the heat recovery of processes through heat pumps.

Minimized water footprint

Unlike traditional systems, such as the evaporative tower, this new heat dissipation technology consumes water only during periods of extreme environmental temperatures, reducing water consumption to a minimum.

Reduced risks of emissions

1. Low GWP refrigerant

The system uses a refrigerant gas with the lowest GWP available to date.

2. Risk of losses and emissions reduced to a minimum

In each unit the refrigerant gas is divided into small separate circuits, minimizing the risk of emissions in the event of leaks.

3. Without disposal of chemical additives

It does not require the disposal of chemical additives used for water treatment.