SIGMASOFT

SIGMASOFT Virtual Molding North America

@sigmasoft_virtual_molding

Schaumburg, Illinois
https://www.sigmasoftvm.com
Software Development

Overview

About SIGMASOFT Virtual Molding North America

SIGMASOFT® Virtual Molding technology is a unique approach in the injection molding industry. The software was created to evaluate and optimize processes and molds, increasing efficiency, productivity and part quality.

SIGMASOFT® Virtual Molding’s approach is to consider all the components of the mold with their specific physical and thermal properties. Then, processing conditions are used and multiple consecutive cycles are reproduced virtually, representing what happens in the molding machine during the manufacturing process. With SIGMASOFT® Virtual Molding, this is done in the virtual world, accurately reflecting what will happen in the real world. This way, the same conditions that are found on the production floor are replicated virtually. Mold iterations and injection trials are performed independently, freeing up machine occupation, machine hours and personnel availability, while increasing safety, quality and reliability and reducing costs.

SIGMASOFT® Virtual Molding is a valued communication tool to use between customers and suppliers, consequently reducing development time and minimizing risk. Since troubleshooting is done virtually, utilizing effective planning and optimization of the injection molding process in parallel to the geometry design and mold development, real world troubleshooting is greatly reduced or even eliminated once actual production is ready to begin.

SIGMA Plastic Services, Inc. – Schaumburg, IL

Headquarters

Schaumburg, Illinois

Website

https://www.sigmasoftvm.com

Company Size

11-50 employees

Industry

Software Development

Company Type

Privately Held

Founded

1998

Specialties

Injection Molding, Simulation , Engineering Services, Thermoplastic , Elastomer, LSR, Thermoset, MIM/PIM, Training, Software, Virtual Molding, Polymer Flow, Autonomous Optimization , Tooling Analysis , Process Optimization , Trial Reduction , Overmolding, Two Shot , Post Ejection Operations, and Shrinkage and Warpage

Posts