mold FLOW analysis
We use advanced mold flow analysis to optimize part design, tooling, and process parameters—ensuring better fill, reduced defects, and efficient cycle times before production begins
Why Mold Flow Analysis is Important
01
Detects issues such as air traps, weld lines, sink marks, warpage, and short shots early in the design phase.
Identifies Potential Defects
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Helps determine the best location for gates, runners, and vents to ensure uniform filling.
Optimizes Gate and Runner Design
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Ensures consistent material flow, which leads to better surface finish, dimensional accuracy, and mechanical performance.
Improves Part Quality
01
Minimizes the need for trial-and-error tooling adjustments, reducing scrap, tooling rework, and cycle time.
Reduces Production Costs
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Ensures the part is manufacturable with minimal risk and maximum efficiency.
Supports Design for Manufacturing
What It Can Simulate
Filling behavior of molten plastic.
Pressure and temperature distribution
Cooling time and temperature.
Fiber orientation in reinforced plastics.
Warpage and shrinkage predictions.
When to Use Mold Flow Analysis
During product design to validate geometry
During tooling design to plan optimal gate/runner systems.
Before mold manufacturing to avoid costly corrections.
For process optimization and troubleshooting production issues.
