Created today
Description
A modular vertical stand system for micro-PCs, designed with a retrofuturistic cyberdeck aesthetic. Heavy chamfers replace standard rounding, flanked by aggressive side heat-sink ribbing and vertical hazard slots.
The two units lock together via a central slide-in dovetail key, allowing independent adjustment or expansion.
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Technical views
What it's for A two-colour desktop phone stand featuring a deep front retaining lip capable of holding thick cases. The backrest is angled at 30 degrees for comfortable viewing. It features custom text elements placed on the front lip and backrest. Dimensions Base footprint: 85 mm wide by 100 mm deep. Height: Roughly 95 mm total vertical height. Device slot: 15 mm tall front retaining lip. Remix ideas Adjust the text elements to swap the names or font. Change the backrest angle for a steeper or shallower viewing position.
A heavy-duty desk stand built to hold two original 15-key Elgato Stream Decks side by side at a 70-degree angle. The deep footprint resists tipping when you press the top row of keys, and the built-in cable routing channels handle the non-detachable USB cords cleanly. Features Support-Free Channels: The internal cable routing has been modified with peaked V-shape ceilings, eliminating flat overhangs so it prints flat on the bed without any support material. Dual Routing: Each device gets its own recessed top channel leading into an oversized main pass-through and a vertical drop out the back. Solid Base: Prints as one continuous block, 250mm wide, designed to sit firmly on the desk.
Dock a closed 16-inch MacBook Pro on its side to save desk space. This vertical stand holds the laptop securely while keeping the aluminum chassis accessible. 18mm wide slot accommodates the 16.8mm thickness of the 16-inch model with necessary clearance. Flared top entry guides the device into place for smooth docking. Wide side window provides direct physical access to the case for checking the temperature by touch. The extended footprint creates a stable base, preventing the heavy machine from tipping over when inserting cables or knocking the desk.

Raspberry Pi Pico enclosure designed for the standard 51x21mm board footprint. It fits the Pico 1, Pico W, Pico 2, and Pico 2 W natively. The top shell includes pass-through slots at standard 0.7-inch pitch to clear upward-facing headers, alongside a thumb-cut for the BOOTSEL button and a Micro-USB trench on the base. Fitment Notes Mounting Interface: Drops onto four 1.5mm standoffs matching the factory 47x17mm hole pattern. Hardware: Requires four M2 self-tapping screws (or M2x8 machine screws) for the corners. Incompatibilities: Does not fit stretched third-party clone boards (e.g., 53mm lengths) or boards with downward-facing headers soldered for breadboard use.

A replacement buckling membrane dome designed for custom keyboards and keypads, optimized for a carbon contact pill. Pill Cavity: A 2mm diameter, 0.4mm deep recess inside the top roof holds a standard carbon contact pill. Anti-Tilt Mass: The upper section is kept thick and rigid, forcing the thin side walls to buckle evenly and keeping the pill traveling straight, even on off-center strikes. Air Relief: Base channels prevent suction on the return stroke.

What it's for A miniature tactile dome designed to act as a membrane keyboard switch. It provides linear travel that ends in a sudden, satisfying tactile snap when the angled wall buckles. Dimensions Overall diameter: 6.0 mm Height: 2.9 mm Wall thickness: 0.40 mm (tuned for a single perimeter extrusion) Print notes Designed specifically for flexible filaments like PEBA or TPU. The 0.4mm wall ensures the slicer generates a single continuous perimeter for the buckling section, keeping the actuation force light and responsive. Ensure your slicer's line width is set to 0.4mm and cooling is optimized for flexible materials.