Simulates the filling and packing stages to predict flow behavior
in the conventional co-injection process. For manufacturers that
want to reduce cost by using less expensive material as their core
material, while maintaining higher quality material at the surface.
The co-injection module offers the ability to evaluate molding
performance prior to mold construction.
"The analysis performed exceeded our expectations in terms of accuracy and timing. The tooling has been built and first shots completed. The trial closely replicated what the analysis predicted. We would like to thank you and Carl Duraski for meeting our high expectations."
Simulates the filling and packing stages to predict flow behavior
in the conventional co-injection process. For manufacturers that
want to reduce cost by using less expensive material as their core
material, while maintaining higher quality material at the surface.
The co-injection module offers the ability to evaluate molding
performance prior to mold construction.