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For packaging engineers and purchasing teams

Make packaging decisions from real part geometry.

Compare packing layouts and costs. Review the design. Carry a better-informed choice into purchasing.

Request a tailored demoExplore a packing example
No signup is needed for the example.
Geometry. Possibility. Perspective.Scroll to explore
01 / Find the fit

A part holds
more possibilities
than a box.

Start with the geometry. Explore how your parts sit together, compare containers and inspect the space between them.

Explore the product
02 / See the whole decision

The layout.
The economics.
The next step.

Bring packing configurations, packaging investment and purchasing into one shared workspace. See the commercial case alongside the physical one.

Packing & insertsCost & ROIPurchasing
03 / Make it tangible

Good decisions
take shape.

Inspect the layout. Review the generated design. Move forward with a packaging choice your team can work with.

See a recorded example
From possibility to proof01 / Recorded packing example
One recorded example

See the fit.
Before you commit.

One industrial enclosure. Three tote sizes. The standard tote fits all 12 requested parts in the recorded result.

Input part
120 × 80 × 60 mm
Selected tote, inside
400 × 300 × 220 mm
Recorded capacity
12 of 12 parts
Open the interactive packing example
Standard tote / recorded layout12/12
Recorded arrangement of twelve industrial enclosures in a standard tote
2 layers · 12 enclosuresInspect in 3D
Three sizes. One recorded choice.
01Compact tote300 × 200 × 150 mm inside
02Standard tote400 × 300 × 220 mm insideSelected
03Large tote600 × 400 × 280 mm inside
The AI Packing LabAsymmetric L / Experiment
4parts
Bounding boxes
7parts
Shape-aware nesting

Same parts. Same box. A different way to find space.

Room for another approach

Could your box
fit more?

Watch two robots pack. Change the shapes. Compare geometry with recorded Jev AI results across six packing scenarios.

Geometry and all three recorded Jev trials fit seven parts in this fixture. Explore the layouts and measured timings in the lab.

Run the comparisonInteractive 3D demo. No signup required.
Reusable mold pilot

One base mold.
Made for change.

A tool insert shaped for your part.

We are developing a pilot in which a standard base mold holds a replaceable cavity tool insert to form a product-specific tray.

The tool insert belongs to manufacturing; a protective packaging insert sits with the product. Available mold sizes, tooling cost and lead time are confirmed with the manufacturer for each pilot.

Discuss a pilot
  1. Base mold
  2. Tool insert
  3. Formed tray
Conceptual sequence. The manufacturer confirms the physical interface.
How the software works

From geometry.
To a reviewed decision.

Explore the software
  1. 01

    Define the part and volume

    Start with part geometry, quantity and the available packaging choices.

    120 × 80 × 60 mm · 12 parts
  2. 02

    Compare layouts and costs

    Inspect calculated placements and capacity, then model the commercial case.

    2 layers · 12 of 12 placed
  3. 03

    Review and carry forward

    Review generated design artifacts and connect approved choices to purchasing.

    STEP · STL · PDF · DXF design output
Before we talk

A clearer
next step.

What can I try now?

The public packing example uses supplied part dimensions and compares three tote sizes without an account.

How is pricing discussed?

We scope software use and any physical pilot to your packaging volume, engineering work and order terms.

What does design review cover?

Engineers inspect the generated tray or insert design before manufacturing release. Tool design and CAM need a separate manufacturer handoff.

Your packaging projectLet’s find the fit.

Show us
the part.

Tell us the decision you need to make. We will prepare a tailored software demo or discuss a reusable mold pilot.

Request a tailored demo