SIGMASOFT® VIRTUAL MOLDING
SIGMASOFT® Virtual Molding was developed to overcome today’s big challenges for development, mold design and production in injection molding. The difference is the unique holistic simulation approach of the SIGMASOFT® Virtual Molding principle: the real 3D simulation of flow, heat flux and warpage including all details of the process. The goal is to obtain reliable information as only acceptable premise for right, solid decisions.
With Autonomous Optimization our users take full advantage of our SIGMASOFT® Virtual Molding technology, because even with comprehensive simulation approaches, the gained results are only a small part of what is really possible. Autonomous Optimization allows the users to exploit the full potential of modern simulation approaches and to discover what was up to now hidden below the surface.
We offer a wide spectrum of SIGMASOFT® training program such as Implementation Program and Individual Training Program where our users learn to handle the software effectively and reliably. By presenting our SIGMASOFT® Concept, we aim to provide an impulse to develop a strategy for the systematic and efficient use of SIGMASOFT® Virtual Molding.
By taking these training courses, you will learn how to use simulation and autonomous engineering for injection molding processes as well as for specific materials based on the practical examples.
Discover your hidden potentials with our unique, holistic approach for the simulation of injection molding processes with SIGMASOFT® Virtual Molding. SIGMAproject reveals Engineering Solutions for your complex questions ranging from the first design to production. The key of our well proven SIGMASOFT® concept is the real 3D simulation of flow, heat flux and warpage for injection molding including the complete mold with all details. Thus SIGMAproject delivers sound information as only acceptable basis for accurate and reliable decisions.
MAGMA Engineering Asia-Pacific Pte Ltd
25 International Business Park
#02-24/25 German Centre
Phone: +65 6564 3435
Fax: +65 6564 0665
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