Created yesterday
Remixed 2 times
Description
A rigid 8-slot cable comb designed to flatten out chaotic PC cable bundles. Spaced precisely for standard 18AWG PSU wires, it includes mounting flanges on either side to pin the whole run tight against a case wall or back panel.
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Keep your desk surface clear of wire clutter with a structural cable carrier that clips directly to the edge of the work surface. Designed specifically for a 25mm desk, this bracket mounts securely with a friction-fit bottom flange, keeping the cable run off the desk surface to eliminate the familiar nest of snakes. The rear spine houses four independent channels tailored to handle both small wires and robust leads. Designed for an exact 25mm desk edge thickness Four independent 7mm circular retaining channels accommodate anything from a standard USB wire to a chunky power lead Flared top entries provide a simple snap-in insertion while acting as a physical block to prevent cables from popping back out A 5.5mm snap-fit neck keeps retained cables secured within the wider base channel Integrated stress-relief corner fillets and a bottom retaining bump ensure a dependable, shifting-free grip

A tilted desktop stand designed to change the resting angle of a flat macro keypad. Pitching the keypad at an angle brings the keys into a direct sightline, reducing mis-hits and accidental presses during active use. The cradle wraps the base of the device to secure it, preventing the pad from creeping backward across the desk as pressure is applied to the keys. Key features and dimensions: Fits macro pads measuring up to 118x84mm (includes 1mm of functional clearance). Fixed 30-degree working angle. Rear 25mm cutout accommodates central cable routing. Hollowed wedge structure minimizes printing material while maintaining a stable support footprint.
An adhesive-mounted cable anchor designed to secure a standard USB-C line to the side of a desk. The compact block provides a continuous flat surface for double-sided tape, keeping unplugged cables accessible and preventing them from dropping to the floor when disconnected from a laptop. The retention mechanism utilizes a custom keyhole geometry engineered for standard USB-C cords. The cable presses firmly through a narrow opening and settles into a wider cylindrical volume, providing enough clearance to pull slack without slipping out of the anchor. Flat base optimized for standard adhesive strips or foam tape. 3mm snap-fit entry slot to pop the cord into place. 4.5mm circular retention channel to hold the cable securely without crushing the jacket.
A minimalist desktop stand that holds a standard 4x6-inch index card in landscape orientation. The frame is tilted back at 15 degrees for optimal reading from a seated position, and features an open-top U-shape slot so cards can be dropped in or swapped out instantly. No Supports Required: Prints perfectly flat on its base, with the frame angled to avoid steep overhangs on the inner cavity. Drop-In Fit: Sized at 154mm x 103mm internally to easily accommodate standard and slightly oversized cards. 4mm Retaining Lip: Overlaps the bottom and sides of the card just enough to hold it flat without covering your text.
A rigid phone stand angled at 65 degrees, proportioned to clear lower screen content while retaining devices in thick cases. Requisite bracing is extruded into a single dimension to maintain a flat footprint and minimize material usage. Features: 24mm deeper retaining ledge for armored or wallet cases. Reduced 9mm front lip height to prevent screen obstruction. 65-degree optimal viewing incline. Rigid 6mm profile. Overall capacity accommodates devices around 3 by 7 inches.

A single-octave, print-in-place keyboard array. Built on a common back-rail using living hinges, allowing each key to travel independently when pressed. Specifications Action: 1.0mm flexure (living hinge) Clearances: 0.6mm gap between neighboring keycaps Dimensions: Standard octave proportioning, miniaturized for rapid printing Material Note: Requires PETG or a reasonably ductile PLA to prevent flexure snapping after repeated cycles.