Key features of Moldflow

Set up simulations with guided, automated wizards to step through customizing settings for the simulation.

Size multi-cavity runners for even pressure and fill time with runner balance analysis.

This help panel is connected to your clicks to provide an explanation of the result that is displayed, including what the result measures and what you can learn from it.

Size the mold using either the mold sizing dialog or clicking and dragging within the study window.

Review the analysis and process inputs along with the results of each phase of the analysis within a single screen.

Estimate the total production cost per part by calculating the mold usage, material cost, material usage, mold cost, molding cost, and post-molding costs.

Use the Simulation Compute Manager (SCM) to solve analyses locally, on a server, or on the cloud.

Assign part insert, mold insert, and mold block materials, including part orthotropic inserts, from a pre-loaded database.

The Application Programming Interface (API) automation tools let you create custom scripts.

Simulate molding of both thermoplastic and thermoset (reactive) materials.

Include controlled and sequential valve gates within simulations, along with hot runner layouts.

Use automated design of experiments (DOE) and parametric analysis to locate the best process and design.

Access complex molding processes including multi-barrel, overmolding, co-injection, gas-assisted IM, microcellular IM, and many more.

In addition to typical flow, cool, and warp simulations, explore niche simulations such as birefringence, crystallinity, fiber orientation, and many more.

Improve simulation accuracy with a comprehensive set of customizable solver parameters.