Injection Molding Analysis
- Filling and packing analysis
- Gate location and gate size optimization
- Runner balance and feed system review
- Injection pressure and clamp force evaluation
- Weld line, air trap and filling risk identification
Injection molding and tooling-risk simulation
Injection Molding Simulation & Moldflow Analysis Services
FEAmax uses Moldflow analysis to evaluate filling, packing, cooling, warpage, shrinkage, gate design and tooling risk before mold changes or production trials.
Moldflow analysis scope
Fill & PackFilling, packing, pressure and clamp force
WarpageShrinkage, deformation and dimensional risk
CoolingCooling channels, cycle time and temperature control
ToolingGate, runner, cooling and molding-risk decisions
What Is Moldflow Analysis?
Moldflow is a virtual molding trial before steel is cut.
Moldflow analysis predicts how molten plastic fills, packs, cools and shrinks inside a mold. It helps identify weld lines, air traps, sink marks, pressure risk, shrinkage and warpage before physical mold trials.
Used early, Moldflow can reduce tooling risk, improve gate and runner design, reduce trial-and-error iterations and support better decisions for part design, mold design and production process setup.
Area of Expertise
Moldflow and casting analysis for part design, tooling and manufacturing risk.
Cooling, Shrinkage & Warpage
- Cooling channel and conformal cooling review
- Mold temperature and coolant temperature evaluation
- Volumetric shrinkage and sink mark risk review
- Warpage and deflection prediction
- Cycle time and heat extraction improvement comments
Advanced Plastic Molding
- Gas-assist injection molding analysis
- Blow molding analysis
- Over-molding and insert molding review
- Multi-component and multi-shot molding support
- Fiber orientation and material behavior evaluation
Secondary Process Support
- Blow molding analysis
- Die casting flow and filling review
- Solidification and defect risk evaluation
- Porosity, shrinkage and hot spot risk comments
- Plastic part manufacturability review
- Tooling design discussion and supplier communication support
What we need to quote and run Moldflow
Good molding inputs reduce uncertainty.
- 3D CAD model of the plastic part, mold component or casting geometry
- Preferred CAD formats such as STEP, Parasolid, SolidWorks or other neutral files
- Material grade, resin data sheet or casting alloy information
- Gate location, gate size, runner type and cavity number when available
- Wall thickness concerns, ribs, bosses, snap features or cosmetic surfaces
- Molding process information such as fill time, melt temperature, mold temperature or packing profile
- Main concerns such as weld lines, air traps, sink marks, warpage, cooling or cycle time
- Expected deliverables, schedule and required level of detail
What We Provide
Moldflow deliverables focused on tooling decisions.
- Moldflow or casting analysis summary report
- Filling time, flow front, pressure and clamp force results
- Temperature, cooling, shrinkage and warpage result images
- Weld line, air trap, sink mark and risk location comments
- Gate location, gate size and runner balance recommendations
- Cooling system and process parameter improvement comments
- Product, tooling and manufacturability risk summary
- Discussion materials for mold makers, suppliers or internal design review
Moldflow Project Workflow
A structured process from part review to manufacturability recommendations.
Review Part and Molding Objective
FEAmax reviews CAD geometry, material information, gate assumptions, tooling constraints and the main manufacturing concerns.
Confirm Process Assumptions
Material, gate, runner, cooling, process conditions and output expectations are clarified before the simulation setup.
Prepare Mesh and Mold Setup
The part or casting geometry is meshed, thickness and flow paths are reviewed and critical features are checked.
Run Fill, Pack, Cool and Warp
The analysis evaluates filling, packing, cooling, shrinkage, warpage or casting behavior depending on the project scope.
Review Defects and Tooling Risks
FEAmax reviews weld lines, air traps, pressure, shrinkage, hot spots, cooling balance and dimensional risks.
Deliver Recommendations
The final report summarizes risks, result images, gate or tooling comments and practical improvement recommendations.
How Moldflow Accuracy Is Controlled
Useful Moldflow results depend on material, geometry, process and tooling assumptions.
Material Data
Resin, filler, fiber and temperature-dependent material data affect filling, pressure, shrinkage and warpage predictions.
Mesh and Wall Thickness
Accurate wall thickness, ribs, bosses and mesh quality are critical for predicting flow, pressure and local risk areas.
Gate and Runner Setup
Gate number, location, size and runner balance strongly influence fill pattern, pressure, weld lines and air traps.
Cooling System Definition
Cooling channel layout, coolant temperature and mold temperature affect cycle time, shrinkage and warpage.
Process Parameters
Fill time, melt temperature, packing pressure, mold temperature and switch-over settings should match realistic processing.
Manufacturing Judgment
Moldflow results must be interpreted with part design, tooling feasibility, supplier constraints and production goals in mind.
Representative Moldflow Project Types
Featured examples focus on injection-molding design and tooling decisions.
Fill & Pack Analysis
Evaluate filling pattern, flow front, injection pressure and packing behavior before tooling decisions.
Warpage Analysis
Predict shrinkage-driven deformation and dimensional risk for molded plastic parts and assemblies.
Cooling Design Analysis
Review cooling channel layout, heat extraction, temperature balance and cycle-time related risk.
Applications and Industries
Moldflow support for plastic products, tooling and production launch.
Moldflow and casting simulation are useful when part quality, tooling risk, cycle time, dimensional control or production readiness need to be evaluated before mold trials or manufacturing launch.
Automotive Plastic Components
Consumer Products
Industrial Components
Plastic Housings
Medical Devices
Packaging
Appliances
Tooling
Die Casting Parts
Blow-Molded Containers
Multi-Component Plastic Parts
Manufacturing Suppliers
Prototype Tooling
Production Molds
Start a Moldflow Project
Need Moldflow analysis before tooling or production?
Send CAD files, resin data, gate assumptions, process information or molding concerns. FEAmax can review the scope and recommend a practical Moldflow analysis approach.