Created 1 months ago
Description
A bare-bones, precision-cut cylindrical sleeve evoking raw industrial hardware. It carries a uniform 1.5mm wall over its entire span, engineered strictly for custom slip-fit or sleeving applications where clearances are tight and material cannot be wasted.
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A diffuser for the Olight Baton 4 Pro. Open-faced diffusers let too much harsh light through, ruining the effect. This version leaves a 0.8mm thin wall across the eyes and mouth, keeping the bulb hidden while letting the face glow when powered on. Fit: 26.5 mm inner diameter collar for the Pro head. Walls: Main shell is 2 mm thick, face cutouts step down to a 0.8 mm membrane (two standard perimeters).
What it's for A highly compact 90-degree pipe elbow designed to route fluids or air in tight spaces. Instead of a long, sweeping plumbing radius, this model pulls the corner in as tight as physically possible—bringing the outer inner corner to a sharp point while maintaining a 2 mm smooth transitional radius on the interior flow path to prevent sharp turbulence. Dimensions Outer Diameter: 60 mm Inner Diameter: 56 mm Wall Thickness: Constant 2 mm Straight Sections: 30 mm on each end Print notes Orient the pipe flat on its side (as positioned by default) to print entirely without supports. A brim may be helpful depending on bed adhesion, though the large flat contact patch is usually sufficient.
A fully 3D-printable, 12-inch extension pipe designed for infinite stacking. The standard slip-fit ends have been replaced with integrated 3mm-pitch metric threads, allowing multiple segments to be screwed together securely without glue. Threaded joints: 21mm male thread with a matching 21.6mm female thread cut into the base, providing 0.6mm of clearance. Support-free design: Internal transitions use 45-degree tapers, eliminating the need for internal supports. Slim profile: Maintains a 25mm outer diameter with a robust 3mm wall.
Introducing the Aura pendant shade, strictly tailored to fit on standard 210mm print beds. The flowing, twisted ribbons form a striking teardrop silhouette, capturing light and shadow with an elegant, organic feel. Dimensions & Specs Scale: Fits comfortably within a 210mm cube (205mm height, 200mm maximum diameter). Structure: 32 spiraling ribs, reinforced to a robust 1.8mm width for a full, sturdy profile that prints without supports. Mounting: Built with a standard E27 pendant socket ring at the top and a wide-open base for clean downward lighting. Designed to be printed as a single, durable piece.
Sofa arms are basically designed to launch drinks onto the rug the second you shift your weight. This drops a rigid U-channel over the armrest to bridge the gap, locking down a flat staging plate on one side and a deep cup holder into the other. Specifications Total Length: 200 mm Inner Channel Width: 185 mm (verify this clears your sofa arm) Cup Holder: 80 mm diameter, 32 mm depth Print Specs: Prints hollow to save time and material. No supports needed if your bridging is dialled in.
A heavily reinforced Y-shaped hose connector built specifically to merge two fluid lines into one. Designed for 8mm inner-diameter flexible tubing, it uses a solid central hub rather than thin overlapping walls, ensuring the part handles pressure without snapping at the junction. The internal geometry is sculpted to maintain flow: a 6mm channel through the main body prevents a bottleneck at the merge, smoothly necking down to 5mm inside the barbs to guarantee thick, watertight perimeters where the plastic gets thinnest. A precision flat cut on the underside allows the entire assembly to drop straight onto the build plate, completely eliminating the need for support material. Remix Hooks & Constraints Hose Fit: The double barbs peak at 8.5mm OD and drop to a 7.2mm valley, grabbing 8mm ID silicone or vinyl hose tightly. Print Settings: Built for PETG or ABS. Use 4 to 5 perimeters to ensure watertightness and maximum mechanical strength against bending forces. Scaling: Scaling up works cleanly for larger hose (e.g., 125% for 10mm ID), but scaling down is not recommended as the internal channel will restrict flow and the walls may drop below the required thickness for a watertight seal.