ParaCrux / Solidworks Agent

Your model.
Your next
engineering change.

Bring an agent into your SOLIDWORKS workflow. Understand the model, prepare a supported change and review the result—with you in control of what gets saved.

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Windows desktop app · Your own licensed SOLIDWORKS installation

SCOUTCRUX / FROM THE DEMO LAB● Lab demonstration

A written brief. A folding drone. A larger revision.

Explore the design, checks and 500-to-650 mm change in the full lab demonstration.

The Agent today

Inspect. Prepare. Review.

Explore supported features ↗

01 / INSPECT

Start with your model.

Read features, dimensions, configurations and properties from the active model in your own SOLIDWORKS session.

02 / PREPARE

Make the change explicit.

Prepare a supported change, review what it will do and decide when to run it. Keep the engineering decision in your hands.

03 / REVIEW

Keep the original.

Run supported changes on copies, then inspect the result and its outputs before you take the design further.

Inside the demo lab

From a drawing
to a revised part.

The bracket demo follows one drawing through a model, a separate revision and drawings for both.

NARRATED LAB RECORDING · 30 SEP 2026SOUND ON0:00 / 1:42

Narrated by Tom, with optional English captions. Real SOLIDWORKS footage from our lab, edited and retimed. The agent builds the bracket, preserves the original, revises a copy and creates a drawing for each. The agent drove SOLIDWORKS through its API in our lab, which is not how the shipping Agent works today.

Explore the bracket demo ↗

What these demos show. Our lab agent drives SOLIDWORKS through its API to explore modelling, drawings and engineering review. These recordings go beyond how the shipping Agent works today. Each demo explains its method and limits; the feature documentation describes current support.

More from the demo sets

Parts. Assemblies.
Evidence to inspect.

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Connecting rod model and engineering drawing in SOLIDWORKS

Lab / Parametric change

Change the model. The drawing follows.

A connecting rod built with fully defined sketches and named dimensions. Change its centre distance from 110 to 120 mm and follow the model and drawing to revision B.

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V8 rotating assembly with crankshaft, connecting rods and pistons

Lab / Assemblies

A V8 assembly. Then a bigger one.

Build and turn a 3.5 litre V8 rotating assembly, create its drawings, then copy the design and change the driving variables to produce a 5.0 litre version.

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TideCrux 100 underwater ROV rendered in SOLIDWORKS: a faired hull inside a bent-tube frame with ducted thrusters

Lab / Design intent and standards

An underwater ROV, built to a feature standard.

TideCrux 100: a harbour-inspection ROV modelled in SOLIDWORKS with fully defined sketches, Hole Wizard, a bent-tube sweep, sheet metal and ParaCrux library parts, then audited, checked and drawn. The change case re-rates it to 300 m.

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The garden play tower featured in the engineering review demonstration

Lab / Engineering review

Review. Redesign. Check again.

Follow a garden play tower through a lab review, a revised design and another round of checks. Explore the model changes, calculations and drawings behind the result.

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Alongside the Agent

Give the model
a useful starting point.

Explore the engineering libraries available for your SOLIDWORKS workflow.

1,010 cited materials.

Engineering material data that loads without changing SOLIDWORKS’ own databases.

Structural profiles

283 standard sections.

Steel sections prepared as weldment profiles and checked as structural members.

Your workstation. Your decisions.

Make room for
the next design.

Use the Windows desktop app with your own compatible SOLIDWORKS installation. See pricing and current feature support before getting started.

Join waiting list See pricing How the Agent handles your model ↗