Created 4 days ago
Description
A heavy-duty U-shaped cubicle straddle hook featuring 3-inch horizontal hooks with diagonal gussets. The hooks are designed to hang flat against a cubicle wall to save space, while the triangular supports brace against downward load without snapping.
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A solid organizational block featuring six large full-depth bore holes, designed for storing larger cylindrical items. Overall Footprint: 8 5/8 × 6 3/4 inches Height: 2 inches Hole Diameter: 2 5/8 inches Layout: 3×2 evenly spaced grid
What it's for A wall-mounted entryway organizer featuring five cylindrical hooks and a top storage ledge. The hooks are pitched upward at a 30-degree angle from the vertical to securely hold keyrings without slipping, and are spaced 35 mm apart to prevent adjacent lanyards or keys from tangling. The top ledge is 35 mm deep, finished with a 2 mm retaining lip, providing a resting place for sunglasses, outgoing mail, or small everyday carry items. Dimensions Overall width: 180 mm Overall height: 54 mm Ledge depth: 35 mm (usable depth ~33 mm) Hook spacing: 35 mm center-to-center Mounting: Two countersunk screw holes spaced 105 mm apart. Remix ideas Extend the main backplate and duplicate the hook loop to accommodate more keys. Increase the Y-axis extrusion of the top ledge to hold larger items like wallets. Adjust the mounting hole spacing to match existing wall anchors.
A wall-mounted rest built to hold a hot clothes iron safely out of the way next to an ironing board. The 130x200mm tray secures the iron behind a 15mm retaining rim, while a grid of 12mm-tall square posts keeps the hot soleplate suspended in the air so it can cool down faster. The tray is supported by a 110mm backplate and three structural gussets to handle the weight of a water-filled iron without tearing out of the drywall. Remixing This Design This is a structural baseline—adjust the parameters to fit the exact iron and mounting location: Tray Dimensions: The 130x200mm footprint fits a standard domestic iron. Scale the width and depth if adapting this for a compact travel iron or an oversized professional model. Cooling Grid: The posts are 6x6mm spaced on a 14mm grid. A denser grid offers smoother sliding, while taller posts increase the ambient airflow. Backplate Drop: The 110mm drop provides necessary leverage for drywall anchors. If mounting directly into a solid wood stud, the plate drop can be shortened and the outer screw holes removed in favor of a single center column. Gusset Extensions: The center support gusset is an ideal anchor point to extend outward and carve out a hook for wrapping the power cord.

A solid, monolithic 20-hole desktop organizer built to fit cleanly under low monitors or 125 mm shelves. Each blind channel angles downward at 30 degrees, keeping standard pens securely nested while displaying their ends for quick access. Capacity: 20 angled slots (12 mm bore) Footprint: 100 × 100 mm Height: 125 mm Features: Chamfered openings for easy insertion, rounded external edges

A flat storage plaque designed to hold three standard 30mm fans. The 35mm recessed pockets provide plenty of clearance for the fans and their wiring, while the raised lettering at the top is structured specifically for manual filament swaps on printers without multi-material systems. Base Dimensions: 145mm × 80mm × 10mm Pocket Size: 35mm diameter, 8mm deep Text Extrusion: 2mm height above the top surface Print Settings: Switch filaments at the 10mm layer height to highlight the text.
A vertical storage stand designed to hold hair ties. The central post tapers continuously from base to tip, allowing elastic bands of varying diameters to settle at their natural resting heights. A wide, thick base prevents the assembly from tipping under off-center loads or when bands are removed. Specifications Post Dimensions: 150mm height, tapering from a 50mm base diameter to a 25mm upper diameter. Base Dimensions: 120mm diameter and 25mm thickness for structural stability. Cap: 25mm spherical terminal to prevent snagging during removal. Print Recommendations: High-density infill in the base section is required to provide the intended counterweight.