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Description
A 3D-printable protective case sized perfectly for the PocketBook Touch HD 3.
The e-reader slides into a retaining tray from the top edge. The front cover wraps around the front and snaps onto the side edge of the tray with a friction clasp, keeping the screen fully shielded in transit. Bottom cutouts ensure access to the power button and charging port.
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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. Remix Variables Channel Dimensions: Currently set to a 3.5mm width on a 4.5mm pitch. Expand the width to 4mm or higher if you are working with thick sleeved cables. Slot Count: Built for an 8-pin run (like a GPU or EPS cable). Extending the pattern to 24 slots for a 24-pin motherboard main power cable is a straightforward parameter update. Mounting Hardware: The end flanges are drilled for M3 screws with a simple countersink. These can easily be scaled for M4 hardware or removed entirely if you prefer mounting with double-sided tape.
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 widened shell and cooling lid for the Comcast/Rogers XB6 gateway, expanding the footprint to actively cool the board. The original individual rear ports have been cleared out for a single, large 100x120mm IO cutout at the base, meaning it drops directly over the board without binding on the varying jack alignments between the Arris and Technicolor revisions. Dimensions Host Footprint: The case footprint has been widened to 135x135mm to cleanly seat a standard 120mm PC case fan without overhang. Lid Assembly: The lid features a 116mm bore and standard 105mm spaced mounts for standard 120x25mm case fans. Check your fan depth before printing if you intend to use a thicker radiator. Airflow Base: Lifted on 10mm standoff feet to ensure bottom intake clearance.

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.
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.
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