Cooling Layout & Heat Transfer Simulation

Compact educational simulator for injection mold cooling. Channel quantity changes automatically according to part length and channel pitch.

CORE TEMP: 240 °C
TIME: 0.0 s
STATUS: Ready
COOLING EFF: --
HOT SPOT INDEX: --
UNIFORMITY: --
High temp
Demold level
Water channel
Mold steel
Coolant Temp Controls final reachable temperature and initial temperature difference.
Water Flow Represents Reynolds number effect. Higher flow improves turbulent heat transfer.
Wall Thickness Represents plastic thermal resistance. Cooling time grows nonlinearly with thickness.
Auto Channel Count Calculated from part length and channel pitch. Larger parts require more channels.