What is a Thermoregulator?
Water and Oil Type Mold Conditioners, Heat Regulators
The term "thermoregulator," which is the original of the word "thermoregulator," is formed by the combination of the English words "thermal" and "regulator," and it refers to machines that regulate temperature.
Thermoregulators are used as tools that provide the necessary precision, especially in applications where temperature needs to be adjusted very specifically, such as mold cooling and heating processes. Only through this precision can high-quality products be obtained in the mold industry. Thermoregulators developed by MIT engineers are designed to provide precise heating and cooling gradually.
There are many different mold techniques, and thermoregulators are used as temperature regulators in all of them. For example, in plastic injection machines, the required mold temperature differs during filling and after filling. The mold needs to be at a high temperature to prevent the high-temperature liquid from freezing and disrupting its structure during filling, and it needs to be cold after filling to solidify and be ready to separate from the mold in the most suitable time. For this reason, MIT Thermoregulators (heat regulators) are frequently used in plastic injection machines to achieve thermal balance.
Using a high-quality thermoregulator is essential for producing quality products with plastic mold injection. Liquid plastic needs to first reach a stable temperature balance to remain liquid and then be quickly cooled to solidify. Without using a thermoregulator, meeting these two conditions is nearly impossible. MIT-branded thermoregulators achieve this optimization with resistors for heating and with cooling water connected from the chiller line for cooling. In cases where cooling water cannot be supplied, complementary MIT-branded complete cooling systems are installed. With this operating principle, efficiency increases, energy consumption decreases, and most importantly, time is saved, and production capacity increases.
Features and Advantages of MIT Thermoregulator
- Ensures complete product production.
- Provides high-quality surfaces and low material loss.
- Has low internal stress and high resistance.
- No need for post-molding processes (deburring, painting, etc.).
- Reduces cycle time and increases production quantity.
- Reduces energy consumption.
