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Description
A deep J-shaped hook for hanging a tea towel on a fridge door. A round back plate holds a standard 20x5 mm neodymium disc magnet, and a tall lip at the end of the arm stops the towel sliding off when the door swings open.
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A one-piece egg cup for soft-boiled eggs. The cup has a 42 mm opening that tapers inward, so a standard chicken egg (about 45 mm at its widest) sits snugly at the rim. It stands on a short stem inside a wide 92 mm dish with a 10 mm lip, which catches the shell top when you crack it off. Remix hooks Opening diameter (42 mm): Make it 40 mm for small or bantam eggs, or 44 mm for a looser fit with large eggs. Keep it a few mm under the egg's widest point so the egg sits on the rim instead of dropping in. Cup height and taper: The cup is 48 mm tall overall, narrowing to a 20 mm seat. A shorter cup shows more of the egg. A steeper taper holds it more upright. Dish size (92 mm wide, 10 mm lip): Widen it or raise the lip to catch more shell. Shrink it for a tighter footprint. Stem (about 12 mm radius): Thicken it for more stability, or lengthen it to lift the cup higher above the dish. Pairs with A matching spoon rest, or a second cup in a different colour for a set. A flat lid or cap over the opening to turn the dish into a small storage cup. A set of four on a shared tray. Dimensions have not been test-printed. The dish floor is 3 mm thick, which is a good first value to check before changing anything else.
A five-point star cookie cutter, 60 mm tip to tip, with 18 mm tall walls and a wide flat flange around the top edge. The flange gives a thumb a broad surface to press on, so pushing the cutter through dough doesn't put a thin edge against your skin. Remix hooks The values below are the ones worth changing. Everything else follows from them. Star size (R, 30 mm): This is the tip radius, so 60 mm across. Change it to scale the star. At about 40 mm across or less, check that the flange doesn't crowd the inner corners. Point sharpness (ratio, 0.5): This is the inner radius divided by the outer radius. Lower values like 0.4 give spikier points. Higher values like 0.6 give a chubbier, more rounded star. Very spiky points are harder to press out of dough. Flange (flangew 4 mm, flanget 2 mm): Widen it for a more comfortable press, or thicken it for more stiffness. Rounding the flange's outer corners is an easy variant if you want it softer on the thumb. Wall (wall, 1.2 mm): This is about three nozzle widths on a 0.4 mm nozzle. Thinner cuts more cleanly but is more fragile. Thicker is sturdier but pushes dough aside more. Height (H, 18 mm): Lower it for thin cookies, or raise it for thick dough or a deeper grip. Pairs well with A set of different sizes, made by changing R and nothing else. Other shapes that reuse the same wall and flange values, such as a heart or circle, so the whole set feels the same in the hand. A matching stamp or embossing plate that fits inside the cutter opening. Printing Print it flange-up or flange-down on the bed. Flange-down needs no supports, and the thin walls grow straight up from the flange. Use food-safe filament if you want to use it on dough.

A hand-held lever for lifting can ring pulls without using fingernails. A thin curved hook slides under the ring, and a thick barrel handle gives the leverage to lift it. Suited to anyone with limited grip strength or short nails. Specifications Overall length: 90 mm Handle: 25 mm diameter barrel, about 55 mm long, with ring grooves for grip Hook blade: 2 mm thick, 12 mm wide, curved upward at the tip to slide under the ring Construction: single welded body, printed as one piece Orientation: print with the handle and blade lying flat on the bed. Supports may be needed under the barrel's curved underside. Material: PETG or PLA. PETG is preferred for the 2 mm blade because it flexes before it breaks. Use: ring-pull cans such as beans, soups and drinks Notes The 2 mm blade is the thinnest part. Print it with at least 3 perimeters for strength. The grip grooves are shallow, so the handle stays easy to wash.

LevelUp is a single-piece measuring scoop sized to hold exactly 60 ml when filled level, made as a replacement for a lost tub scoop. It suits coffee grounds or protein powder. The rim is sharp and flat across the whole top, and the handle sits flush with it, so a knife can sweep straight across to strike off the excess. A short downward lip at the end of the handle hooks over the edge of the tub to keep the scoop in place. Dimensions Bowl inner diameter: 55 mm Bowl inner depth: about 25.3 mm, which gives 60 ml Floor thickness: 2 mm Wall thickness: 2 mm (59 mm outer diameter) Handle: 70 mm long, 18 mm wide, 4 mm thick Clip lip: 12 mm drop, 2.5 mm thick Features Flat, level rim and handle top for accurate strike-off Chamfered bottom edge on the bowl Plain lip clip, not a full hook Print notes Print bowl-down so the rim and handle top come out flat. The clip lip was sized without measuring a specific tub. Adjust it to the thickness and height of your tub's edge. For food contact, use a food-safe filament, and expect layer lines to hold powder. Hand-wash it.
A wide, flat iPad stand for kitchen counters. The cradle sits at 65° from horizontal, a steep reading angle for recipes while standing. The underside of the base has a shallow recess that leaves a perimeter rim, so the edge seals against the counter and crumbs and flour are less likely to creep under. What it's for Reading recipes on an iPad at standing height without bending over. Use on a kitchen counter, where the wide base resists tipping. The stopper at the bottom of the cradle holds the iPad's lower edge, and the two side tabs keep it from sliding sideways. Dimensions Base: 240 × 170 × 5 mm, with 1.5 mm chamfered edges. Underside recess: 228 × 158 mm, 1.6 mm deep, leaving a rim around the perimeter. Cradle plate: 200 × 150 × 5 mm, tilted at 65° from horizontal. Bottom stopper: 8 mm deep and 11 mm tall, measured from the plate. Side tabs: 6 mm wide, 40 mm long and 16 mm tall, one on each side. Supports: five ribs, each 6 mm thick, spaced 45 mm apart under the cradle. Overall height: about 143 mm. Print notes Print the base face-down on the bed. The underside recess then faces up and needs no supports. PETG or ASA suits a kitchen better than PLA, which softens in heat. The cradle prints as one piece with the base and ribs, so no assembly is needed. Remix ideas Add a raised lip on top of the base to catch spills. Change the tilt angle for a lower or steeper view. Narrow the cradle and tabs for a smaller tablet. Add a cable slot in the stopper for charging while reading. Stick a thin rubber or silicone pad inside the rim for extra grip.
A set of four corner cups that slip over the corners of a cutting board and grip the counter, so the board stays put under a knife. Each foot is a 25 mm square cup, 8 mm tall, with a corner socket on top and a gently domed, nubbed underside. The socket has 2.4 mm walls on the two outer sides and a 2.5 mm floor, so it is 5.5 mm deep. The two inboard sides are open, so the board corner slides in and the outer walls hold it. The underside rises about 1.2 mm toward the centre and carries 1 mm grip nubs on a 2 mm pitch. Remix hooks Socket depth: the floor is 2.5 mm, which leaves 5.5 mm of grip. Thinner floor or taller cup means a deeper hold. Heavy or thick boards benefit most. Cup footprint: 25 mm is a choice, not a constraint. Go larger for more adhesive area or a wider stance. Wall thickness: 2.4 mm on the outer sides. Raise it for a stiffer clamp, lower it toward 1.6 mm for more flex. Nub size and pitch: 1 mm nubs at 2 mm spacing. Larger, sparser nubs give more bite on rough counters. Finer ones suit smooth laminate. Dome rise: 1.2 mm. Set it to 0 for a flat base with the same texture. Closed-corner variant: add walls on the inboard sides for a full pocket, with a slightly oversize opening for easy loading. Notes for printing and pairing TPU is the sensible material, since PLA nubs will not grip much. A dab of adhesive in the socket helps on heavy boards. Pairs with non-slip shelf liner or rubber pads under the cup as a second grip layer. The 4 feet are laid out in a 2 by 2 grid with 6 mm gaps.