With advanced simulation from ARSTPS, predicting the future is not left to your imagination, it is reality. Using best-in-class solution from mold flow, ARSTPS provides simulation for straight injection molding and related alternative processes. Combining years of experience with superior tools, our analyses assure the success of your project. From your earliest product concepts through final production tooling, ARSTPS simulation service keeps your projects on track.

With mold flow analysis, you will gain valuable insights into the dynamics of filling, cooling, packing and warpage. You will actually look inside your part and mold evaluating vital parameters before investing time money in tooling. Rework, repair and scrap can be a thing of the past. Imagine sampling your first part and having confidence that it will be right the first time. Think competitive advantage to combat out sourcing. Before your first prototype you can understand whether your design works.

What mold flow analysis does for you?
The process of product design, tool design and molding creates a complex set of relationship. Change one variable and the molded results significantly altered.

Before your design is frozen, let ARSTPS simulate, analyze and predict the results to assure your success. Utilizing our years of experience and advanced predictive tools here is a sample of information that you will have.

• Fill
• Cool
• Wrap
• Packaging

Fill analysis
• Optimize gating
• Optimize runner system
• Predict fill pattern
• Predict injection pressure
• Determine clamping tonnage
• Predict temperature
• Visualize shear rates
• Determine fiber orientations
• Avoid air traps
• Predict sink

Mold flow cool analysis
• Find hot spots
• Calculate time to freeze
• Visualize uneven cooling between core and cavity
• Defined required coolant flow rates
• Measure pressure drop in cooling system
• Optimize cooling lay out

Wrap Analysis
• Predict warpage
• Find cause of warpage
• Determine warp age due to orientation
• Predict warpage due to differential shrinkage

Package Analysis
• Calculate proper packing pressure
• Define optimum packing profile