Autodesk Moldflow Insight

The solution for simulation experts

Detailed validation and optimization of part, tool and process

While small simulation solutions concentrate on the analysis of the part, Autodesk Moldflow Insight allows the accompanying simulation across the entire process chain.

We are talking about three simulation phases: Article design (S1), tool design and tool construction (S2) and production (S3). With Autodesk Moldflow Insight, you can validate and optimize parts, molds, and processes individually and exclude potential defects and their causes.

In the associated product trainings, we pass on our years of experience to you and show you how you can use Autodesk Moldflow Insight to optimize parts, molds and processes across all process chains.

Simulation of complex parts, tool technologies and special processes

Parts:

  • Fiber filled parts
  • 2 component parts
  • Insert and hybrid parts
  • Metal or ceramic powder parts (‘green parts’)
  • Duroplast and elastomer parts

Tool technologies:

  • Tool inserts
  • Conformal and variothermal cooling
  • Cascade runners
  • Modern hot runner technologies such as HRS FlexFlow

Special processes:

  • Internal gas pressure processes
  • Foam injection molding
  • (Injection) imprinting
  • Co and Bi injection molding („Sandwich“)
  • and many more

High-grade parallelization through cloud computing

Extension of licenses. Increased computing power.

Insight customers can also run their simulations in the Autodesk cloud parallel to their own in-house computers. These are billed at flat rates. The cloud is particularly suitable for peak loads or complex calculations with a high number of elements, as it no longer blocks your own hardware and generates manageable costs in the cloud – regardless of whether the calculation takes 3 hours or 3 days. The Autodesk Cloud shows its full power in DoE calculations – parallel operation of up to 43 Insight licenses is possible with this solution.

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Import of common CAD formats
Modelling of runners
Modelling of cooling systems
Modelling of part inserts
Modelling of tool inserts
Import of assemblies
Midplane meshes
Dual Domain meshes
3D meshes
3D meshing of runners
3D modelling of cooling systems
3D modelling of heating systems
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Injection point evaluation
Process window evaluation
Fill
Fiber orientation
Packing
Runner optimization
Warpage
Tool cooling (average)
Tool cooling (transient)
Venting
Part insert / Core shift
Valve gates
Design of Experiments
Variothermal cooling
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2K injection molding
Powder injection molding
Reactive molding
RTM / SRIM
Imprinting
Injection molding imprinting
Internal gas pressure process
Foaming
Co-injection molding
Bi-injection molding
Multiple cylinder injection molding
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Thermoplasts
Tool steels and alloys
Cooling media
Elastomers
Duromers
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Number of parallel simulations133
Number of cores per simulationup to 100up to 100up to 100up to 100up to 100
Queue (Job Manager)
Access to Cloud computing
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Autodesk Moldflow Design
Autodesk Moldflow Communicator
Autodesk Fusion 360
Autodesk CFD (Solver)
Autodesk Helius PFA