Revolutionary Mold Temperature Control Units
Mold Profit Booster
Specifically designed for Cycle Time reduction, assisted by AI.
The unprecedented performance of these units guarantees a significant reduction of the cycle time by increasing the heat transfer efficiency between recirculating water flow and mold cavities, thus drastically reducing the cooling time, keeping consistent the molded part quality.
The New Technology is supported by 4 main pillars:
- IMM Synchronization: The synchronization with the Injection Molding Machine, via microswitch or signal from IMM, allows the unit to follow the molding phases.
- Cycle Time as a new Setpoint: Focus on the productivity and backwards on cooling settings, the unit is design to optimize the most important parameter on molding process: the cooling time
- Embedded Wizard: The innovative software is able to manage the 3 main variables in mold cooling optimization: water temperature, flow rate and cycle cooling time, automatically delivering MOLD BOOSTER performance conditions to obtain a new reduced mold cooling time.
- IoT Connectivity: The unit is ready for direct internet or MiND remote connection.
- Assisted by Artificial Intelligence, for progressively improved future performance.
Discover our products
Dynamico DY for Technical Molding and Packaging Applications
Mold Profit Booster with integrated chiller, assisted by AI
Dynamico DS for Technical Molding
Mold Profit Booster without integrated chiller, assisted by AI
Dynamico DH for Technical Molding
Mold Profit Booster with increased heating capacity, assisted by AI.
What is a Mold Profit Booster?
With or without integrated chiller
Our Mold Profit Boosters are a paradigm shift in Advanced Molding and their innovative software represent a unique tool that allows to search and store the best mold temperature control parameters that highly reduce the Mold Cooling Time, optimizing part quality.
Main benefits:
- Productivity increase: Up to 40% for specific applications in Technical Molding and up to 25% in packaging ones
- Shorter Start Up Times: Particularly advantageous for production runs that require frequent mold changes
- Lower Operating Costs: Cycle time reduction improves the efficiency (kWh/part)
- Return On Investment: In a short time
- Floor Production Capacity: The replacement of existing TCUs represents an excellent way to increase production capacity of the shop floor with the lowest CAPEX demand.
Dynamico family is composed by two main configurations:
- Dynamico “S, H and P”: Mold Temperature Control Unit without chiller, reaching a minimimum temperature Set Point of +2 °C above Central Cooling System. The "H" model designed with increased heating capacity.
- Dynamico “Y” is a Mold Temperature Control Unit with integrated chiller, reaching a minimum Temperature Set Point down to +10 °C (completely independent from Central Cooling System).
DYNAMICO is also available in single zone (M) and dual zone (D) configurations. Each unit includes a high-performance booster pump per zone, actuated modulating cooling valve, and 6 to 24 kW heater per zone (DS/DH/DY), covering most injection molding applications.
What is our Mold Profit Booster Wizard like?
A unique tool to research and store the better recipes and recal them
Dynamico offers to all molders a unique device to research and store the best mold temperature control parameters that highly improve productivity keeping high quality of molded parts. An intuitive HMI feature that guides the user in real-time through an adaptive process to optimize the working mode for mold cooling time optimization.
RECIPES: Dynamico’s advanced algorithms suggest the dynamic temperature control and synchronized flow settings to fine-tune the best performance, according to the molding data input.
INTERACTIVE MOLD DATABASE: Recall existing machine operating modes (saved recipes) through a user-friendly database, enabling quick and efficient setup.
The Unit Control Panel is equipped with: a 7” touch screen with a dedicated user interface, an advanced logic control board, designed for optimal user experience and operational efficiency, a complete onboard digital sensors set for full unit performance diagnostic and boundary conditions monitoring.
