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Description
A compact Raspberry Pi Zero enclosure with a snap-on lid and a vertical C-shaped hook on the back wall. The hook clips sideways onto a vertical screw or rod, so the case hangs beside a printer such as the Monoprice Select Mini.
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Raw development boards sliding across a desk are just waiting to short out on a stray screw or drop a jumper wire mid-compile. It’s annoying, it ruins components, and it makes moving a project impossible. This ends that. This is a clean, three-part enclosure built to lock down an ESP32 and an OLED display, keeping the wiring hidden and the desk clear. Footprint: 58.0 mm × 48.0 mm Total thickness: 34.5 mm (assembled) Display window: 30.5 mm square (designed for 1.3" OLEDs) Assembly: Uses four M3 screws driven from the back, leaving the front bezel perfectly clean. Print the three parts flat on their backs. Frosted PETG recommended if you want the board LEDs to diffuse through the case walls.
Exploded assembly of a two-piece enclosure for an ESP32-WROOM-32 board (52 x 28 x 14 mm) and a 1.3-inch square OLED module (34 x 34 x 8 mm). The lower chassis has a 52.4 x 28.4 mm pocket, a USB-C cutout on the +X end, and debossed text: "END" on the front wall and "GAME" on the back wall. The lid has a 34.2 mm square window for the OLED. Brass inserts, M3 screws and the OLED module float above the chassis on a flat mat base. Outer size: 64 x 42 mm; chassis height 16 mm, lid thickness 3 mm Board pocket: 52.4 x 28.4 mm, 14 mm deep, 2 mm floor OLED window: 34.2 x 34.2 mm Corner holes: 4 positions at ±29.1 x ±17.9 mm; 4.2 mm for heat-set inserts in the chassis, 3.5 mm clearance in the lid USB-C cutout: 9.2 x 3.4 mm with rounded ends, on the +X end Text: 1 mm deep debossed lettering, 6 mm tall Exploded layout shows inserts, OLED module and M3 screws in assembly order; the mat is a reference surface, not part of the enclosure Material: PETG or clear/natural filament suits the frosted look; print the chassis and lid separately
What it's for A two-piece enclosure for an ESP32-WROOM-32 dev board with a 1.3 inch square OLED display in the lid. Shown exploded with brass heat inserts and M3 screws aligned to the corner holes. Dimensions Board pocket: 52 x 28 mm, 14 mm deep (0.2 mm total clearance added so it actually fits) OLED window: 34 x 34 mm Outer size: about 56.8 x 40.4 mm, 2.4 mm walls Front USB-C slot, 10 x 4 mm Remix ideas Add vent slots for cooling. Make the lid thicker to recess the 8 mm display module. Add a cable pass-through at the rear. Print notes A true zero-clearance fit is impractical on FDM, so a small clearance is included. Dimension lines and the cutting mat from the reference image are not modelled.
A rugged, fully printable foldable phone stand. It is printed in three flat pieces that snap together securely, allowing it to fold completely flat for travel. Features Adjustable Angles: Features 7 resting notches on the base plate to precisely control the screen angle. Snap-Fit Hinges: Uses C-clip snap joints that grip firmly onto 6mm pins without requiring any extra hardware. Travel-Ready: Folds down to a flat profile when not in use. Print Instructions Print flat on the bed as oriented. Standard PLA or PETG works perfectly. Ensure good bed adhesion for the flat plates. The snap-fit hinges are designed with a 0.4mm clearance — they will require a firm push to snap into place during assembly, but will hold tight thereafter.
A pantograph-style drink arm in the spirit of a vintage lazy-tongs: a hooked clip straddles the top of a piano's music desk, and a three-unit scissor mechanism unfolds backward to carry a bottle cup. The cup sits inside a wide, rimmed drip tray, so condensation stays off the keys and cabinet. The arm folds flat for storage and stretches out for use. Pivots are print-in-place pins, and the two end joints ride in slots so the arms can open and close. Design notes Cup bore is 76 mm, sized for a standard 33.8 fl oz (1 L) water bottle; cup wall is 85 mm tall. Drip tray is 96 mm across with a 12 mm rim and sits flush with the arm plane. Clip slot fits a music desk about 13 mm thick; adjust the thickness value to suit your piano. Three colored regions: desk clip, scissor arms, cup and tray. Shown in a partly extended pose; the opening angle can be changed to show it folded or fully reached. Best printed as shown, with 0.4 mm clearances at the pivots. Support is only needed under the clip hook. A full bottle is a cantilever load, so keep the arm short for heavier bottles.
What it's for A wearable housing for smart glasses components, scaled to fit a human head. Features isolated electronic cavities, hollow arms for speakers and haptics, and integrated ports for front-facing cameras and downward sensors. Dimensions Overall Width: 150 mm Lens Housings: 52 mm tall, 18 mm deep Temple Arms: 11 mm wide, with a 30-degree drop behind the ear Assembly The frame and two arms print as separate flat-laid components without supports. Hinge tabs are modeled in — use short 3 mm pins or filament offcuts to join them.