WORKSHOP ORGANIZATION · INTERMEDIATE
How to make a caliper storage tray with vibe CAD
Give a caliper a defined resting place in a drawer while keeping its measuring faces, scale and depth rod clear of the tray. Low supports locate broad body areas instead of copying every delicate feature into a tight fitted pocket.
Concept illustration. Customize the prompt and upload your CAD.
A stationary storage tray.
01 / START WITH THE REAL OBJECT
Measure before you prompt.
- Overall caliper length in its intended storage position.
- Beam width and thickness, plus the slider body envelope.
- Outside and inside jaw envelopes and any depth-rod projection.
- Drawer footprint, closed height and finger-access space.
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.
Design a caliper storage tray with overall_length, beam_width, beam_thickness, slider_width, jaw_envelope, rod_projection and nest_clearance. Ask for missing dimensions and the storage position recommended for the actual instrument. Add low supports beneath broad body regions and relief around measuring faces, scale, controls and depth rod. Include a support-section coupon. Do not make a calibration fixture or force the jaws against a printed stop.03 / INSPECT AS YOU BUILD
Model it in deliberate steps.
Separate contact and clearance regions
Sketch the instrument in its intended resting position. Mark broad body areas separately from measuring faces, the scale, controls and the depth rod so those features remain untouched.
Build low locating supports
Create short supports beneath the selected body regions. Keep surrounding walls shallow and add generous open relief around the jaws instead of using them to locate the instrument.
Add a body pickup opening
Leave finger space beside the slider housing or another suitable body area. Review the vertical lift path without gripping the jaws or catching the extended rod.
04 / VALIDATE THE FIRST PROTOTYPE
Check the fit and intended use.
- Compare a full-size paper outline with the instrument in its chosen storage position.
- Inspect section views for clearance around both jaw sets and the depth rod.
- Review a support coupon against the intended body contact area before making the full tray.
Material
PLA or PETG can be considered for dry storage.
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.