Created today
Description
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.
Print the three parts flat on their backs. Frosted PETG recommended if you want the board LEDs to diffuse through the case walls.
Images

A bare Raspberry Pi 3 is so light that hooking up a standard HDMI cable instantly tips it off the desk. This case locks the board into a heavy enclosure and uses snap-on outer corner bumpers to give it some actual grip, so the board stays exactly where you put it. The port cutouts are oversized enough to accept real molded cables without them binding against the shell. Bed Fit: Everything is packed tightly to fit in a single run on a 180×180 mm print bed. Printing: All pieces sit flat on the plate. No supports required anywhere. Clearances: Built with a 0.4 mm gap around the board and lid joint so it slots together cleanly.
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.
A custom-fit TPU or rigid shell for the iPhone 13. This model secures the device by preserving the upper retaining lip around the entire perimeter. The button zones have been converted from open edges into generous side windows—exposing the hardware for clean, tactile presses while maintaining the structural rigidity required for a snap-on fit. Features Retained Lip: The front edge wraps uninterrupted around the face of the phone to keep it locked in. Button Windows: Wide, centered side cutouts give your thumbs unobstructed access to the volume, mute, and power hardware. Camera & Port Clearance: Precise cutouts for the rear camera bump and the bottom lightning/speaker array. Print notes If printing in rigid filament (PLA/PETG), ensure your printer is well-calibrated; a slightly tighter tolerance may snap. TPU is recommended for the best balance of flex and grip.
Hexa is a one-piece phone stand built on an 80 mm hexagonal base, designed so identical modules can click together side by side with no hardware. A 70° back panel supports the phone, a front lip stops it sliding, and a groove keeps the charging cable tidy. Features Hexagon 80 mm across vertices, 6 mm thick, rounded edges Back panel about 65 mm tall, leaning at 70° from the base Front lip 10 mm above the base surface Cable groove running front to back, centred Dovetail tab on one side edge, matching slot on the opposite edge (0.3 mm clearance) Print notes Print flat on the base, no supports needed PLA or PETG, 3–4 perimeters for strength
This is a miniature print-in-place joystick that functions as a tactile desk toy. The internal geometry has been rebuilt to ensure the ball joint prints cleanly without supports or mid-air extrusion failures.
Edge-mounted charging cradle sized for the 33.5mm Google Pixel Watch magnetic puck. Designed to drop over a standard 3/4-inch (19.5mm) wood plank. Fitment: The 33.5mm bore sits at the rear of the housing. You push the puck in from the back, then slide the whole assembly over your desk edge — the wood itself traps the puck so it cannot back out. Cable Routing: An 8mm slot on the bottom allows the cable to drop cleanly out of the way. Incompatibilities: Does not fit full-sized phone Qi chargers or desks thicker than 19.5mm without adjustment. Phone hooks have been removed from this version.