Thermal cycling simulation of the die: the full mould behaviour can be realistically modelled taking into account the cooling channels and the spraying thermal effect of the release agent for state of the art filling and solidification simulations.

Realistic fluid flow simulation of cooling channels: cooling media flow inside the cooling channels is actually simulated as a fluid domain. Thermal exchange between inserts and media is realistically and automatically calculated as a function of the coolant flow depending on position and time.

User friendly interface: full die simulation can be easily set up in few minutes even for the most intricate of dies. boundary conditions are automatically calculated and applied depending on process parameters and die structure.

Castle Thermo will be presented during the 7th April event at PiQ!