From a financial and quality perspective, it’s important that the coolant of the parts in the mould doesn’t create tensions in the part, due to temperature imbalance in tool, and that the part is demoulded exactly when it has become form-stable.
Optimization of demoulding and cycle time.
Optimization and calibration of hot running systems.
Optimization of hot spots in mould to reduce tension and cooling time.
Documentation and response analysis of the mould cooling system.
Periodical thermography measurements to detect changes in the tool cooling system due to deposits in the cooling channels and/or only validate the function of the tool cooling system.
Increase performance, precision and productivity.
Reduce waste in injection moulding process.
Increase your profits by shorter cycle time.