ORGANIZATION · BEGINNER
How to make a hex-key drawer index with vibe CAD
Arrange a set of loose L-shaped hex keys in an open drawer insert with visible size labels and space to lift each tool by its long arm.
Concept illustration. Customize the prompt and upload your CAD.
A storage index, not a hex-key size gauge, torque tool or assessment of hardware suitability.
01 / START WITH THE REAL OBJECT
Measure before you prompt.
- Measure each key’s long arm, short arm and widest cross section, including any rounded end.
- Record the bend shape and the size marking already present on each tool.
- Measure the available drawer footprint and clearance beneath the closed drawer above.
- Choose pickup spacing with the actual keys laid out on a paper plan.
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.
Create a hex-key index with long_arm_lengths, short_arm_lengths, key_widths, bend_profiles, channel_gaps, label_widths and drawer_limits. Use open L-shaped nests without gripping clips. Ask for the actual key measurements and label convention. Keep each channel independently editable; do not infer a tool’s working size from its storage-pocket dimensions.03 / INSPECT AS YOU BUILD
Model it in deliberate steps.
Trace the actual tool shapes
Lay out the keys in size order and trace both arms and the bend. Include rounded ends and preserve the original tool labels in the reference list.
Build shallow open nests
Create channels around the traced shapes with the selected gaps. Keep the walls low and reserve a broad pickup opening beside each long arm.
Expose the size index
Place readable size labels beside the corresponding short arms. Keep the text out of the channels and round exposed corners without closing the pickup openings.
04 / VALIDATE THE FIRST PROTOTYPE
Check the fit and intended use.
- Arrange actual keys on the paper layout and confirm each can be lifted without moving its neighbors.
- Inspect the bend region of every nest, where a simple square corner can collide with the real tool.
- Verify the exported dimensions and label order, then plan a representative channel sample before full fabrication.
Material
PLA or PETG may be explored for the insert.
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.