SIGMASOFT® Rubber includes all the capabilities of other versions of SIGMASOFT® Virtual Molding for injection molding, such as:

  • Intuitive setup, easy to learn
  • Runs on Windows and Linux with up to 32 cores
  • Simple data and geometry import/export
  • CAD functionality/geometry editor
  • Comprehensive material database for tool steels, insulation materials, fluids, controlled heating cartridges, etc.
  • Calculations ranging from simple filling simulations to detailed multi-cycle analysis
  • Shrinkage/warpage prediction
  • Process-dependent cost calculation with SIGMAecon (optional)
  • Autonomous optimization of mold design, process parameters, energy consumption, costs, etc.
  • 3D communication internally and externally with SIGMAinteract®
  • Extensive support from the SIGMA Solution Service
  • Access to SIGMA Academy for specialized trainings

 

 

 

 

For the unique flow and curing characteristics of various organic and synthetic rubbers, we offer a dedicated version of our unique simulation software.

 (c) SIGMA Engineering GmbH

 

SIGMASOFT® VIRTUAL MOLDING SUPPORTS SOLVING COMPLEX CHALLENGES IN INJECTION MOLDING FROM DESIGN TO PROCESSING.

 

For rubber processing, numerous specialized features are included:

  • Curing already during the filling phase
  • Local viscosity depending on shear, curing, and temperature
  • Curing time and degree of curing at every point in the molded part
  • Design, calculation, and consideration of cold runner systems
  • Dimensioning and positioning of the heating system
  • Temperature control and post-curing after demolding
  • Influence of (optionally preheated) inserts in multi-component injection molding
  • Generic material database with numerous rubber compounds
  • New high-quality measured datasets with formulations available

 

In addition to injection molding, SIGMASOFT® Rubber can also simulate compression and transfer molding processes, both of which are essential in rubber processing.

Ready-to-process rubber compounds are rarely standardized, and determining individual material laws can be time-consuming and costly. The unique SIGMA Rubber Designer enables accurate estimation of processing properties without extensive measurements, allowing the supplied database to be quickly expanded for your specific needs.

With Virtual Molding technology, you can replicate real machine process conditions and simulate multiple production cycles consecutively. Accurately simulate vulcanization, process times, and inserts of all kinds. Gain a deep understanding of your mold and optimize its design and performance in detail.

Talk to us about your current challenges. We will gladly show you how SIGMASOFT® Rubber can prove its value in your application and deliver a fast return on investment.

 

MAKE SIGMASOFT® YOUR TOOL AND...

... YOU WILL GET MORE OUT OF YOUR PROJECTS!

LET'S CONNECT

 

OUR IN-HOUSE DEVELOPMENT AND THE TEAM OF EXPERIENCED ENGINEERS IS YOUR SERVICE!

Successful injection molding simulation requires the direct contact between the users and a competent engineering team. Therefore, our solution service, our customer support as well as our application-oriented software developers work closely together with you for your success!

 

 

SIGMASOFT®
Rubber INFORMATION FOR YOU TO DOWNLOAD!

ALL INFO IN ONE DOCUMENT

DOWNLOAD NOW!

 

 

 

 

 

READY FOR ALL ELASTOMER PROFESSIONALS: COMPRESSION MOLDING!

 

The latest feature for elastomer professionals is now ready for you.
Real compression molding of your mold using the latest simulation technology.
Design your molds even more precisely and, in times of increasing prices, more energy efficient.
The feature has already been installed with the latest update and is ready for activation.
Our engineers will be happy in supporting you with a training session for your first compression molding project in SIGMASOFT®.

BOOK TRAINING & ACTIVATION

 

 

 

YOUR INSIGHT INTO OUR CASES STUDIES:

Casestudy

ELASTOMER TROUBLESHOOTING:
THE INFLUENCE OF INSERT PREHEATING

Casestudy

HOW RELEVANT IS TIME IN INJECTION MOLDING?

Casestudy

THERMAL ANALYSIS DELIVERS FIRST-SHOT-SUCCESS IN RUBBER INJECTION MOLDING