Created 4 days ago
Description
A rigid, minimalist two-part enclosure designed for a custom 5000mAh wireless power bank. The exterior mimics standard MagSafe packs with heavy corner radii and a flat profile, while the inside is sectioned to mount control hardware and charging coils safely.
The base shell carries the primary mounting features:
The top lid is hollowed to accept standard wireless charging hardware. Recesses for a 45mm Qi coil and a 56mm MagSafe magnetic ring are cut directly into the ceiling, leaving a minimal plastic floor (0.7mm to 1mm) to maximize magnetic adhesion and charging efficiency. A stepped lip aligns the lid securely into the base shell for final assembly.
Images
A hardshell housing for True Wireless Stereo (TWS) electronics, featuring a robust clamshell design. The base is sized exactly to the requested 52 × 48 × 24 mm footprint, finished with heavy corner rounding for pocketability and a recessed alignment lip for a clean seal. 1.8mm Hinge Channel: Sized to accept standard 1.75mm filament as a press-fit hinge pin. USB-C Port: Centred rear cutout ready for charging board alignment. Print-ready Orientation: The lid and body are separated and sit flush on the build plate for support-free printing.
A lightweight, 4-bay enclosure body for 2.5" SATA HDDs. Features Stripped-down chassis with extensive material-saving cutouts Integrated rails for 4 drives Rear bosses for mounting a custom PCB backplane Designed to be printed on end (resting on the back faces) to avoid internal supports.

A compact, two-piece enclosure designed for standard VL53L0X Time-of-Flight breakout boards. It provides full protection for the PCB while maintaining a wide, unobstructed field of view for the optical sensor. What it's for Built to house a downward-facing ToF sensor. The flared aperture prevents the enclosure walls from clipping the sensor's ~25-degree conical field of view, while the flat backplate provides a clean surface for double-sided mounting tape. Dimensions Maximum Board Size: 14 mm × 19 mm (fits standard generic and Pololu breakouts) Internal Depth: 7 mm (plenty of room for direct-soldered wire joints) External Size: 18 mm × 23 mm × 9 mm (assembled) Sensor Aperture: 6 mm × 8 mm at the PCB, flaring out to 12 mm × 14 mm at the exterior Cable Routing: 8 mm wide exit slot on one end Print notes Print both parts flat on the build plate. The main body prints sensor-face down; the internal ceiling spans only 14 mm and will bridge cleanly on any well-calibrated machine without requiring supports. The lid includes a small clearance lip for a gentle friction fit.
Sliding a hollow sleeve over a speaker means the device drags on the desk if you ever need to move it. This adds a dedicated pedestal base to the enclosure. The Tiki drops into a perfectly toleranced pocket, and the Echo Dot sits flat on the floor inside it, locking everything together as a single solid unit you can actually pick up. Dimensions Pedestal Footprint: 128 mm diameter Tiki Height: 140 mm (sits 10 mm deep in the base) Clearance: 0.75 mm gap around the lip so the shell drops in without binding Cable Management: Rear cutouts in both pieces align perfectly to let the power cord out
A print-in-place desk plate that prints entirely flat and features an integrated hinged kickstand. Designed for easy setup, the outer frame swings backward to form a stable tripod base. Features of this design: Print-in-place captive hinge mechanism with a 0.4mm tolerance Heavyweight 4mm main card thickness for rigidity Recessed nested geometry allowing it to collapse back into a single flat sheet Embossed typography using Archivo Black for high legibility
A print-in-place desk plate that prints entirely flat and features an integrated hinged kickstand. Designed for easy setup, the outer frame swings backward to form a stable tripod base. Features of this design: Print-in-place captive hinge mechanism with a 0.4mm tolerance Heavyweight 4mm main card thickness for rigidity Recessed nested geometry allowing it to collapse back into a single flat sheet Embossed typography using Archivo Black for high legibility