Agentic Molding Toolkit · Use cases

Start from a use case. Change what you need.

Every example here is a finished study: a decision an engineer owns, the method that settles it, and a part that ships with it. Run one as it stands and you have a real result in minutes.

Then order it your way. Say what is different about your part, your material or what you are optimising, and it adapts the use case. The method and the guardrails stay put.

Python 3.12, 3.13 or 3.14 · Windows / macOS / Linux · the first one needs no account at all

What you can varythe method travels
Your own part in place of the bundled one
the same four phases, scored on pressure, fill evenness and weld lines
PA6-GF30 in place of PP
the material card comes from the platform catalogue rather than a table we wrote
Weld lines decide it, not filling pressure
every candidate and the run behind it, so the ranking stays yours to re-read
Your machine limit on injection rate
the limit annotates the recommended box · it never quietly drops a run
Swapping the part or the material never quietly changes the method. Each use case carries the full prompt on its own page · that is the one worth handing to your agent.

What are you trying to do?

Each example names the decision it answers, what it costs to run, and where to point it at your own part.

Learn the platform

Run these first - an afternoon between them.
01Start hereOffline · nothing to authenticate

See what a prediction actually says

Open a finished result on the real part - surface or draggable solid cut, time slider, field toggles - and pull the numbers behind it as plain arrays. A reference result and its geometry ship with the example, so it runs before you have an account.

OfflineNo licencepyvista · h5py

Make an engineering decision

Full studies that end in a recommendation and its argument.
04Campaign~ 2 h wall-clock · resumable

Walk into a machine trial with real bounds

Which parameters matter, where to centre them, how wide the window may be. One config file drives a wide sweep over three variables, screening, adaptive refinement at the feasibility boundary and a set of numerical confirmation decks - then emits the spec and the audit trail behind it.

Platform1 425 sims · resumableEmits doe_spec.yaml
05Geometry only0.4 s to 10 s · nothing uploaded

Judge a part before you quote it

One call over the STL: wall thickness, flow path, flow length and air traps, each finding carrying the place on the part it came from. The limits are yours to set, and the versioned report names the checks that did not run rather than leaving them out.

Licence · LICENCE_APISTL in, JSON outVersioned report

In preparation

On the shortlist. Tell us how you do it today and it shapes the example.
06
Make the case for working this wayAnalysis has stopped being something you queue for. That is the argument worth making upward, and it is hard to make with no time and no numbers. Point the agent at the work you have already done and it writes the one-pager: what changed about the way you work, what it cost in hours and runs, what the same questions cost before.
Tell us what convinces your management
07
Quote a part in the half hour after the enquiry landsCycle time, cavity count and cost come from experience and a margin today. An agent that can call the solver does the arithmetic properly.
How do you quote today?
Solved something with the Agentic Molding Toolkit?

Bring it to a community session and walk us through it. The people in the room are working on the same problems, and what you learned the hard way saves someone else a week.

Show us and others
New to agentic tooling

Get an agent running first. The way you work changes from there.

If you have never worked with agentic tooling, you are not alone. Most of our customers had not either when they started with the toolkit. We wrote down what you need to get going: which agent to run, three steps for your first session with the prompts to paste, and what usually goes wrong.

Point a use case at your own part

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