Automatic 3D Meshing
Create analysis-ready meshes efficiently without advanced meshing experience.
DESIGN. SIMULATE. OPTIMIZE.
Evaluate plastic-part manufacturability before mold production
Moldex3D eDesign Plus is an easy-to-use true 3D molding simulation solution that helps engineering teams understand material flow, pressure, temperature, cooling and part deformation before physical trials.
- Prepare complete mold systems with guided tools.
- Generate high-quality 3D meshes automatically.
- Predict common molding defects during product development.
- Compare designs, materials, gates and process conditions.
- Communicate results through contours, animations and reports.
True 3D Molding Simulation
KEY CAPABILITIES
Complete simulation tools in a designer-friendly workflow
Identify molding risks early and make informed design decisions before costly tooling modifications.
Runner & Gate Design
Develop melt-delivery layouts and evaluate gate location and flow balance.
Cooling-System Setup
Build cooling circuits and study thermal uniformity and cooling performance.
Defect Prediction
Review risks such as weld lines, air traps, short shots and excessive pressure.
Warpage Evaluation
Understand shrinkage and deformation that can affect final part dimensions.
Automatic Reporting
Generate visual reports for internal reviews, customers and tooling suppliers.
ANALYSIS MODULES
Study the complete molding process
Assess the factors that influence filling behaviour, part quality, dimensional accuracy and production stability.
Flow
Filling pattern, pressure, temperature, velocity and flow-front behaviour.
Pack
Packing response, volumetric shrinkage and pressure distribution.
Cool
Cooling efficiency, mold temperature and cooling-time evaluation.
Warp
Part deformation, shrinkage effects and dimensional stability.
Fiber
Fiber orientation insight for reinforced plastic components.
Insert Molding
Evaluate interactions between inserts and injected polymer.
MCM
Support for selected multi-component molding applications.
RIM
Reaction injection molding simulation for thermoset processes.
SIMPLIFIED WORKFLOW
From CAD model to engineering decision
A guided simulation process helps product and mold designers evaluate manufacturing performance without interrupting the normal design workflow.
01
Import Geometry
Bring in part and mold geometry and prepare the project model.
02
Build Mold System
Add gates, runners, cooling channels, materials and process data.
03
Run Analysis
Calculate molding behaviour using true 3D numerical simulation.
04
Optimize Design
Compare results and improve the part, mold and process conditions.
BUSINESS BENEFITS
Improve product quality while reducing development risk
Simulation enables engineering teams to evaluate more alternatives at the design stage and reduce dependence on repeated physical trials.
01
Reduce Mold Rework
Detect design and process risks before committing to mold manufacturing.
02
Shorten Development Time
Review multiple design alternatives digitally and make decisions faster.
03
Improve Part Quality
Optimize filling, packing, cooling and warpage for a stable process.
04
Improve Communication
Share clear visual results with product, mold and production teams.
Need a Moldex3D eDesign Plus demonstration?
Discuss your plastic component, molding challenge or software requirement with our engineering team.