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Explore electronics projects and experiments at Tricky Circuit.
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A library of ideas
Try another search or clear your filters.
Explore electronics projects and experiments at Tricky Circuit.
Start with your board. Adjust the room around it, then take the geometry to your slicer.
Built-in parametric toolDrag to rotate · + / − to zoom · arrow keys
Open top · no lid, mounting posts or holes
Width × depth × height
Preview and STL use the same validated dimensions.
Build a divided box up to 200 × 200 mm: open top, acrylic sheet grooves or a separate printed sliding lid. Export box and fit-coupon STLs; test fit before printing the full set.
JavaScript is required to edit dimensions, preview the box and generate an STL. The purpose and limits below remain readable without it.
Drag to rotate · + / − to zoom · arrow keys
Open top · uniform cells · dividers reach the full inside height
Length × width × height · nominal geometry
Acrylic: print one guide body and test it with the real sheet cut to the sample dimensions. Printed coupon: two closed pieces, with a 10 mm layout gap; slide the tongue into the guide after printing.
Preview and STL share the same validated shape; STL is rotated to Z-up.
Lid modes leave 0.6 mm above the dividers and 0.3 mm above the lowered front wall. The printed plate has a 0.3 mm lower-edge chamfer. Lip overlap and shelf bearing differ because of this chamfer. There is a rear stop, but no tested lock or seal. Cut an acrylic rectangular blank from the measured sheet; no acrylic lid STL is generated.
Studio render
CAD render of the reviewed STL, not a photograph. Physical printing has not been tested.
Drag to rotate · + / − to zoom · arrow keys
Original 3D geometry · no print photographs available
Preview colours are illustrative. STL contains geometry, not these colours. Choose filament colour in your print workflow.
Vases
Physical print: not tested
A 176 mm oval vase with diagonal woven relief on one continuous wall, a smooth neck and a modest foot. For light dry stems only. Printing and water retention are untested.
STL: 132.74 × 100.74 × 176 mm · width × depth × height
Physical printing and fit are untested.
LOOM 176 · Relief-woven vase An original oval vase for light dry stems. Diagonal woven relief is embossed into one continuous wall; it is not an open basket or separate loose ribbons. One part, no assembly. Size: 132.738 × 100.738 × 176 mm. Foot: 84 × 64 mm. Mouth axes: 81.5 × 61.5 mm. Floor: 3.8 mm; central cavity depth: 172.2 mm. Import LOOM176_Vase_mm.stl in millimetres at 100%; confirm 176 mm height. Flat base down, opening up. Use normal solid-body slicing, NOT spiral vase mode. A 0.4 mm nozzle, 0.20 mm layers, four perimeters and six bottom/top layers are starting points for inspection, not verified presets. Use your proven material profile. Inspect the entire floor, wall continuity, lower relief faces, neck and first layer. Internal supports may be difficult to remove. The nominal 3.4 mm wall is a radial offset, not constant normal thickness. A previous sample of 6,000 normal rays measured 2.728–6.718 mm; this is not a proof of the global minimum. Geometric downward-face overhang reaches 43.63 degrees from vertical outside the bed plane; that does not guarantee support-free printing. It fits geometrically on a 220 × 220 mm bed; check usable height, excluded areas and brim. For light dry flowers only. No water without a separately validated insert. No food, flame or hot objects. A tall or heavy arrangement can tip the vase. Filled stability and waterproofness are not tested. Preview colour and gloss are illustrative. Digital geometry has been checked. No machine-specific slicing, physical printing, strength or practical fit test has been performed. Print time and filament usage are unknown. Inspect all sliced layers, supports and first-layer adhesion. Render images show the model, not a printed product. STL contains geometry only, without colour. Editable source files are not included. Licence: CC BY-NC 4.0. Attribution: LOOM 176 by 3D4.us. See LICENSE.txt.
Time and filament use, where available, are slicer estimates for a stated file and profile, not measured print results. Filament used is not the finished part’s mass. Missing values mean there is no verified slicing source.
Reviews and print reports are not available yet. Workshop review is a local demonstration and is not sent to the site.
Slicer estimate; varies with printer and settings.
Catalogue values use the first reviewed slicing source.
Approximate slicer values from the footer of a user-supplied G-code file, manually shared in chat.
Associated by object name, dimensions and preview. The G-code does not contain an STL checksum.
Settings describe the supplied G-code profile, not a verified match to your printer.
This file uses the geometry shown in the 3D viewer. Units are millimetres. Uploading your own files and 3MF support are planned for a later version.
Original STL files. Dimensions are width × depth × height in millimetres; choose orientation and settings in your slicer. Check your printer’s full build volume.
Initial catalogue listing of unchanged original printable files and reviewed digital renders. Slicing and physical printing remain untested.
Noncommercial use only.
Original geometry and included print files only. Images and source project files have separate rights. Geometry may be converted to other formats for noncommercial use.
Credit 3D4.us, link the licence and indicate changes.
Purchases and subscriptions are future options, not active features.