Virtual molding instead of injection molding simulation: PIMs are no thermoplastics!
As a part for powder injection molding is developed, several decisions about the mold configuration must be made:
Particularly when molding MIM parts, it is important to accurately simulate the thermal phenomenon inside the mold. MIM feedstocks have a completely different thermal behavior than thermoplastics: their thermal conductivity is about one order of magnitude higher and their heat capacity about three times lower. Processing becomes very temperature sensitive. The complete mold configuration has a significant impact on the processability, the cycle times and the green part quality.
SIGMASOFT® is a comprehensive and easy-to-use software to answer those questions. Not only the behavior of the part but also the energy balance of the mold can be analyzed and optimized. In order to speed up the development process, to ensure an adequate part quality in the first shot and to optimize the manufacturing costs, SIGMASOFT® predicts the behavior of the mold before it is even built.
SIGMASOFT® uses an intuitive graphical user interface to guide the user through the setup step by step. An intelligent meshing algorithm generates a 3D mesh for a complete mold within less than 5 minutes. No mesh stitching or triangle moving is necessary, not even for an entire system. The possibility to load in complete mold geometries allows SIGMASOFT® to truly look into the process.
Outstanding engineering at your service
Success in plastic injection molding simulation calls for direct contact between users and a competent engineering team, with a solid technical background in plastics. Our strong and effective support network, a committed after-sales service and an application-oriented group of developers work closely with you to increase your profit.
For a good prediction of what happens on the machine it is important to take into account not only the part, but also the full mold and process. We call this approach SIGMASOFT® Virtual Molding.