Created 1 months ago
Description
A functional structural replacement for perished rubber friction cups commonly found in standard hand shower brackets. Instead of relying on a completely flexible rubber body, this cup utilizes four printed internal ridges to create a secure friction fit against a standard 22mm shower head ball end.
Because this part is exposed to continuous heat, moisture, and mechanical stress, PETG, ABS, or a rigid TPU (like 95A) are highly recommended. PLA may soften or deform under hot water temperatures.
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A replacement tip for standard 19mm cane tubes. Designed to be printed in stiff TPU, this part replaces worn tips to eliminate floor clacking and restore grip on wet surfaces. The part features a solid tapered body and aggressive bottom channelling to handle regular outdoor and indoor use: Mounting socket: 19.5mm inner diameter and 25mm deep, featuring an entry chamfer to guide the tube. Base profile: 40mm wide contact area tapering directly to the upper shaft. Tread pattern: 4mm deep and 3mm wide cross-hatch channels to displace water and maintain floor contact.
Square profile sleeve that slips onto a toilet roll holder rod to increase rolling friction, deterring toddlers from unspooling the paper. Fitment: 8.5mm diameter holder rods Outer Profile: 25x25mm square, 90mm tall Installation: Direct drop-on over the existing rod Note: Make sure to check your holder's rod diameter before printing. Prints upright without supports; PETG is recommended for durability.
A 25mm diameter sleeve that slips over a standard 9.5mm toilet roll holder to increase rolling friction and deter toddlers from unspooling the roll. Dimensions: 90mm tall, 25mm outer diameter Fitment: 9.5mm central bore with a matching 9.5mm side slit for direct drop-on installation Use: Prints upright. PETG recommended for durability, though PLA is sufficient for a drop-on fit without flexing.

A heavy-duty, 3-part foldable support bracket designed for full-size desk benchtop panels. The model anchors to the wall on a broad footprint, deploying horizontally and locking into place with an interlocking diagonal truss mechanism. What it's for Perfect for drop-down workbench extensions, folding laundry tables, and space-saving wall desks. It folds flat vertically against the wall when unlatched. You lift the desk slightly to free the strut's cross-pin, which allows it to slide back through the track and stow flush. Dimensions Overall depth from wall: ~200mm (scale up in your slicer for exceptionally deep boards, though this is robust). Wall plate: 160mm tall, 34mm wide footprint with 6mm countersinks. Component clearance: ~0.5mm built-in gaps for smooth mechanism action without slop. Print notes Lay the parts flat on their sides on the bed (the long faces) to guarantee layer strength along the lever arms. Designed to use standard 8mm (M8) bolts or rods through the main pivots for robust sheer strength. Because a desk handles a lot of leverage, use high-infill PETG or ABS/ASA. Standard PLA could creep heavily under loads holding up heavy wood.
What it's for This flat, disc-shaped weight anchors live aquarium plants into the substrate. The design features a narrow side-entry slot that leads to a slightly wider central resting hole, allowing stems to be securely trapped without being crushed. It is ideal for newly planted aquascape stems that have not yet developed a stable root system. Dimensions Overall footprint: 25mm in diameter and 8mm thick. Entry slot: 2.5mm wide, running from the edge to the center. Center hole: 4mm diameter clearance to accommodate typical aquatic plant stems safely. Remix ideas Increase the overall thickness to provide more anchoring mass for highly buoyant plants. Widen the entry slot and center hole to accept thicker stem varieties. Change the outer shape from a cylinder to a square or hexagon to pack multiple weights tightly together in dense planting zones.
A precision right-angle L-bracket designed for structural reinforcement, shelving, or frame assembly. The arms measure 50mm from the outer corner, providing a solid footprint for joining operations. The model is oriented on its side by default. Printing the bracket in this orientation aligns the filament lines continuously along the L-shape, which maximizes bending strength and prevents snap-failures along layer lines. Dimensions: 50mm outer arm length, 15mm width. Material Thickness: 4mm uniform depth. Mounting: Two 5mm clearance holes, centered on the usable flat area of each arm. Print Settings: Minimum 3 walls/perimeters recommended for load-bearing applications.