PM Tec Engineering is the representative of the SIGMASOFT® Virtual Molding Software for the Andean region. This Software works as a virtual injection machine. Fully reproducing all the phenomena present in the injection process, so it is possible to predict the behavior of a mold before starting production and correct possible problems in existing molds.
This Virtual Molding technology has come so far at Sigmasoft that it virtually eliminates production testing, generating correct parts from the first shot.
Some of the results are:
Reduction of mold start-up iterations
Cycle time reduction
Zero defects in molded parts
Optimized design of the tempering system
Let the expert engineers at PM Tec Engineering show you how to use SIGMASOFT® to dramatically increase the productivity, both of the design and manufacture of your injection mold, as well as of the plastic injection molding process itself and thus multiply the profits in your company.
Plastic Injection Molding Simulation with SIGMASOFT
This is the only software package available on the market that easily integrates complete mold information into simulation. SIGMASOFT® delivers an unmatched level of accuracy in predicting the molding behavior of thermoplastic materials.
SIGMASOFT® is the market leader for the simulation of elastomeric materials. In addition to its ability to simulate filling and curing, it is the only software capable of seamlessly integrating complete mold information into the simulation, so that the impact of tempering concepts, process times and inserts can be evaluated.
SIGMASOFT® is the most complete and accurate software package to simulate the molding process of thermosets (thermosets), both for injection and mold-transfer processes. Beyond predicting filling and curing behavior, its sophisticated 3D solution technology enables it to simulate complex effects such as jetting and plug-flow flattening.
SIGMASOFT MIM and CIM
Simulation is establishing itself as one of the most innovative technologies in powder injection molding (metallic - MIM; ceramics - CIM), as it has been proven to dramatically reduce development time for new parts and the costs associated with new parts. iterations necessary for the manufacture of new molds.