Created today
Description
A 60% staggered mechanical keyboard case with an ultra-wide top bezel designed to house an edge-to-edge display panel. Features GH60-compatible tray-mount standoffs, a robust rear port cluster (two USB-C, two USB-A, and an auxiliary jack), and a dedicated rear slide switch slot for hardware toggles like an RGB kill switch.
Photos
Technical views
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 complete modular enclosure system designed to house the components of the CareProof V1 tracking and monitoring node. The main chassis splits into a generous front housing and an overlapping rear cover, securely fastened with M3 corner screws to provide easy access for wiring adjustments. Included Components Front Housing: 152 × 105 × 28 mm primary shell with dedicated cutouts for a status LED, vent slots, a 24 mm PIR sensor aperture, and an embossed tap zone. Rear Cover: Matching backplate with an 8 mm alignment lip and M3 screw interfaces. NFC Bracket: Removable 50 × 50 mm internal sled to hold a PN532 module directly against the front face. PIR Bracket: Basic 35 × 30 mm retention plate for the motion sensor. Door Sensor Unit: Separate two-piece 40 × 20 mm enclosure designed to hold a standard magnetic reed switch on the client's door.
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
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.

A custom circular enclosure for the GC9A01 1.28-inch round display module. Designed to encapsulate only the display and its PCB, leaving the internal cavity entirely open for custom battery and ESP32 layouts. Front Face: Solid circular window (Ø32.4 mm) perfectly matching the active screen area, with an internal lip. Internal Volume: 25 mm depth with a hollow core for custom electronics. Connections: Integrated Type-C port cutout on the bottom edge. Touch integration: A hidden 24 mm circular pocket in the back lid for a capacitive touch sensor, featuring an adjustable 0.8 mm testing membrane.
A rugged, 3D-printable AirPods Pro 2 case with custom "PIZZARAMA" lettering styled to look like melted cheese. This two-part shell features a print-in-place hinged back, embedded magnet snaps for a solid closure, and tailored cutouts for the charging port. Remix Hooks Typography: Currently using Rammetto One at 4.5mm size for maximum chunkiness — swap it for something sharp and industrial if you want a different vibe. Magnets: Uses 3mm round magnets in a compact front lip. The housing walls are balanced at ~0.9mm, which is safe for FDM printing. Hinge: Uses a 3mm printable pin. You can scale the knuckle tolerances or sub in a piece of raw 1.75mm filament as the pin if you'd prefer an ultra-low profile hinge.