SMALL ELECTRONICS · BEGINNER
How to make an electronics parts-inspection tray with vibe CAD
Arrange disconnected small modules, connector housings and loose mechanical hardware in a shallow inspection tray with separate labeled bays and easy pickup access.
Concept illustration. Customize the prompt and upload your CAD.
A passive organization tray, not an antistatic product, electrical barrier or powered test fixture.
01 / START WITH THE REAL OBJECT
Measure before you prompt.
- Measure the largest module outline and its tallest projecting component.
- Measure connector housings and the lengths of loose mechanical fasteners to separate.
- Record the available bench footprint and desired number of inspection bays.
- Choose finger recesses using the actual objects on a paper partition layout.
State units. If a dimension is missing, have your agent ask for it.
02 / GIVE YOUR AGENT A CLEAR BRIEF
Copy this into your CAD conversation.
Use Claude or another agent with a CAD tool such as OpenSCAD, CadQuery or your existing modeler. Fill in your measurements and keep the source editable.
Generate an inspection tray with module_width, module_depth, module_height, bay_sizes, divider_height and finger_recess_width. Use broad shallow bays and external labels. Ask which objects belong together and which projecting features must remain clear. Do not claim antistatic behavior or use the tray as an energized assembly fixture.03 / INSPECT AS YOU BUILD
Model it in deliberate steps.
Group the inspection items
Lay out modules, housings and hardware by inspection task. Reserve individual bays where long pins or projections would tangle with neighboring objects.
Build shallow partitions
Create a continuous floor and low dividers based on the measured groups. Leave finger recesses beside the surfaces that can actually be gripped.
Make contents identifiable
Add label recesses outside each bay and optional corner pour openings for mechanical hardware. Keep module bays free of narrow pockets that catch projecting pins.
04 / VALIDATE THE FIRST PROTOTYPE
Check the fit and intended use.
- Place the disconnected items on the paper layout and check that every object can be lifted by its housing or board edge.
- Inspect the module bay for contact with projecting components and confirm the tray does not force an object flat.
- Compare exported bay dimensions with the grouped items and plan a corner sample to assess access and finish.
Material
PLA or PETG may be explored for the tray.
List critical dimensions and acceptable deviations in your request. See clearance and fit and material grades.
05 / START YOUR ORDER
Upload your CAD. Get an exact quote.
Customize the prompt, export your model and submit it with quantity, intended use and fit requirements. We review your request and send a nonbinding quote; the payment link follows if you accept.
No charge at submission. Current firm print scope is PLA/PETG shipped within the contiguous US/DC.