The SimForm Advantage


SupportedSupported Only with Advanced ModulesPartially SupportedComing Soon!
SimForm Feasibility

SimForm Design

Traditional Mold Flow Simulations
Capabilities For part design
For quoting injection molding jobs
For mold design iterations
For design validation
Cooling Phase
Warpage Analysis
Cold Runners
Hot Runners
Explicit Mold
Default Mold
Well-Designed Mold
Explicit Cooling Channels
Explicit Heating Elements
Conformal Cooling
Cooling Channel Features (Baffles, Pins)
Explicit Inserts
Thermoplastics Injection Molding
Thermoplastics Compression Molding
Thermosets
Cooling Cycle Time Prediction
Frozen Layer Post-Processing
Mold Temperature Post-Processing
Cooling Recommendations
Filling Phase
Packing Phase
Venting Analysis
CAD Interoperability
Native CAD Import
Neutral CAD Import
Material Database
Meshing and Solver
Automatic Meshing
Manual Meshing
3D Voxel Mesh
3D Tetrahedral Mesh
Cloud Solving
Local Solving
Parallel Processing on GPU
Parallel Processing on CPU
Pricing
SimForm Credits per Project 310
SimForm Simulations per Project 5 (1 during free-trial)12 (5 during free-trial)

See the benefits of front-end simulation with SimForm

Take advantage of front-end simulation at any stage of the procurement process. Watch the video or click on your persona to find out more.


Faster, smarter mold design in minutes

With SimForm Design, you’re free to iterate mold designs without the need for frequent input from the simulation team.
Gain immediate and valuable insights into how to optimize your mold cooling designs:


  • See the evolution of the cooling phase with transient part and mold temperature results
  • Find the estimated safe-ejection time across the surface of the part with freeze-time plots
  • Adjust the temperature range to reveal areas that remain molten or have high temperature gradients
  • Coming soon! Visualize temperature-induced part warpage
  • Predict a cooling cycle range
  • Support design decisions with numbers

Easy, early design exploration

With SimForm Design, import a new version of the CAD with only a couple of clicks.
SimForm is fast, it fits easily into your existing design process, and it requires no simulation expertise.


  • Enjoy an intuitive user interface tailored to the injection mold industry
  • Explore what-if scenarios: See the impact of adding a mold insert material (aluminum, beryllium copper), shifting a water line location, or running conformal cooling lines
  • Define cooling circuits with specific commands for baffles and thermal pins
  • Auto-detect drilled channels in your mold based on CAD surface color
  • No mold, no problem! Generate a default mold block directly in SimForm

Intelligent designing and quoting

With SimForm Feasibility, front-end simulation is available to you from the start – at the part design and quoting phases.


  • Upload your plastic part directly – no need for a mold design
  • With transient part temperature results, identify hot spots and areas with high temperature gradients where inserts or other special cooling features will be needed
  • For quoting purposes, predict a cooling cycle range based on the assumption of a “well-designed mold”
  • Identify hot spots and areas with high temperature gradients where inserts or other special cooling features will be needed
  • Coming soon! Generate a proposed cooling design that balances cycle time and temperature uniformity

Flexible pricing, low per-project costs

Start by discovering SimForm with a free trial.
Then, when you’re ready to lock in the benefits of SimForm, select the payment option that is right for you.


  • No complicated licensing
  • Pay-as-you-go or subscription
  • Define cooling circuits with specific commands for baffles and thermal pins
  • Credit-based payment plan – use the same credits for any SimForm project
  • Share credits within your team
  • Pay only for what you need
  • Options for budgets of all sizes
  • But first, a free trial

Scientific molding powered by simulation

Built on modern technologies, SimForm delivers speed and convenience.


  • Upload your plastic part directly – no need for a mold design
  • With transient part temperature results, identify hot spots and areas with high temperature gradients where inserts or other special cooling features will be needed
  • For quoting purposes, predict a cooling cycle range based on the assumption of a “well-designed mold”
  • Identify hot spots and areas with high temperature gradients where inserts or other special cooling features will be needed
  • Coming soon! Generate a proposed cooling design that balances cycle time and temperature uniformity