Molds & Tooling
Using high-hardness tool steel (like 1.2709/H13) to 3D print mold inserts with conformal cooling channels, reducing injection cycles by over 30%.
Core Industry Pain Points
Long Cycle Times
Cooling takes up 70% of the injection cycle. Traditional straight water lines are inefficient, severely limiting throughput.
Warpage & Shrinkage
Deep cavities cannot fit traditional water lines, causing local overheating, product warpage, and stress concentrations.
Air Trapping Defects
Difficult venting in complex molds causes burn marks and short shots on product surfaces.
3D Printed Liquid Cooling Reconfiguration
Conformal Cooling Channels
3D printing allows water lines to perfectly contour the 3D shape of the product (just 2-3mm from the surface) for 100% uniform cooling.
View Core Technology DetailsPorous Venting Inserts
Controlling laser parameters to print micro-porous breathable networks directly into the mold, perfectly solving air trapping.
View Core Technology DetailsThroughput Multiplier & Yield Leap
A one-time investment in a 3D printed mold insert pays massive time and cost returns over millions of injection cycles.