You are not fighting molding defects alone…
Moldex3D is here to help!
Moldex3D offers you advanced molding simulation and analysis that can troubleshoot problems from product design to development. That means shorter time to market, less costly mold rework, and better product quality.
If you are frustrated with…
All sorts of molding defects (warpage, short shot, you name it)
Ineffective mold trials
Unstable product quality
Lengthy cycle time
Then Congrats, you are looking in the right direction!
Moldex3D 2022 got the whole package:
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- Powerful simulation abilities
- Realistic injection molding analyses
- Convenient result inspection and comparing functions
- A variety of Pre/Post tools and customized report
Get a feel of Moldex3D features Now
How Moldex3D can help?
What's in our free trial?
Detailed result interpretation that is easy to master
Filling
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- Predict melt front and flow pattern
- Optimize gate size and locations
- Diagnose common molding defects
Packing
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- Evaluate gate-freeze time
- Avoid sink mark, or flash
- Optimize packing profile
Cooling
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- Improve cooling efficiency
- Predict hot spot
- Reduce cycle time
Warp
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- Predict final part shape
- Identify warpage causes
- Calculate residual stress
Foam Injection Molding
- Simulate the nucleation and growth of bubbles when the melt flow is injected into cavity
- Calculate cell size, cell number, density distribution, volumetric shrinkage, etc.
- Predict the interaction between the melt flow and bubble development
3D Coolant CFD
- Simulate coolant flow in 3D cooling channels
- Visualize the streamline direction and predict dead spot
- Optimize cooling system design and reduce cycle time
Fiber Simulation
- Simulate fiber orientation, density, and breakage to predict warpage
- Several filler types are available (fiber, flake, and powder)
- Fiber result can be exported to FEA software to estimate anisotropic mechanical behavior
Compression Molding Simulation
- Visualize pressure distribution, volume shrinkage, residual stress distribution, fiber orientation, etc.
- Predict potential molding defects, such as flashing
AHR (Advanced Hot Runner)
- Simulate heat affected zones to identify possible warpage
- Predict non-uniform melt temperature, unbalanced filling, etc.
- Validate mold plate and insulator designs
Great molding optimization starts here!
Easy and friendly interface.
Plenty of informative tutorials.
And a group of professionals always ready to help.
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