Mould Temperature Controllers for Injection Molding
Our mould temperature controllers precisely control mould temperature to optimise the injection-molding process. Oil and water heat-transfer media, standard to ultra-high temperature models, ±1 °C precision, energy efficiency and longer mould life.
- Standard, high & ultra-high models
- Heat-transfer oil or water
- ±1 °C precision control
- Energy-efficient, extends mould life
What a mould temperature controller does
A mould temperature controller keeps the mould at a precise, steady temperature throughout the injection process — the single biggest lever on consistent, defect-free parts after the mould itself.
Our series covers a range of maximum-temperature models to suit diverse industrial needs, using a heat-transfer medium circulated through the mould by a high-pressure pump.
Key features
Heat-transfer medium
Uses heat-transfer oil (or water) to heat the mould and hold its temperature during injection.
Variety of models
Standard, high and ultra-high temperature models for different production requirements.
Precision control
A high-pressure pump holds a steady temperature to ±1 °C.
Energy efficiency
Reduces energy consumption; water-based models add an eco-friendly option.
Why it matters for your parts
- Precise temperature control for consistent, optimal moulding results.
- Improved product quality — prevents warping, sink marks and voids.
- Faster cycle times — higher productivity and lower cost.
- Extended mould life — consistent temperature means longer-lasting tools.
Setting up a moulding line?
Tell us your resin and mould, and we’ll advise on the right temperature-controller model and medium.
- Oil & water heat-transfer models
- ±1 °C precision
- Energy-efficient operation
Mould temperature controller FAQ
What is a mould temperature controller?
A mould temperature controller (MTC) heats and holds the mould at a set temperature during injection molding, using a heat-transfer medium — oil or water — circulated by a pump. Steady mould temperature is essential for consistent, defect-free parts.
How precise is the temperature control?
A high-pressure pump keeps the medium at a steady temperature with a precision of about ±1 °C, which is what prevents temperature-driven defects and keeps parts consistent shot to shot.
What temperature ranges are available?
Standard, high and ultra-high temperature models, using heat-transfer oil for the higher ranges, so the controller suits different production requirements from general moulding to high-temperature engineering resins.
How does an MTC improve part quality?
By holding the mould at a consistent temperature, it prevents defects such as warping, sink marks and voids, improves surface quality, and shortens cycle times — raising both quality and productivity.
Are mould temperature controllers energy efficient?
Yes — steady control reduces energy consumption, and water-based models offer an environmentally friendly option. Consistent mould temperature also extends mould life, adding to the cost savings.
