Created 3 months ago
Description
A robust under-desk mount designed to keep headphones off the keyboard and safely out of the way. The resting arm features a wide, flat U-shaped profile specifically engineered to support heavy headsets without denting or creasing soft headband material. Designed to be printed flat on its side, the model aligns the layer lines for maximum structural strength, eliminating the risk of snapping under load.
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Fidget spinner a ingranaggi planetari stampabile in un solo pezzo (print-in-place), diametro esterno 70 mm, con ingranaggio solare centrale, 5 satelliti e anello esterno dentato internamente. L'anello è alleggerito da 10 fori passanti e non ha coperchi, così gli ingranaggi restano visibili. Diametro esterno: 70 mm, spessore 8 mm Modulo 1,5; solare 15 denti, satelliti 10 denti, corona 35 denti Denti elicoidali a spina di pesce (25°) che trattengono i satelliti senza assi Gioco sui denti: 0,25 mm Fori centrali Ø7 mm (solare) e Ø5 mm (satelliti) per alleggerire Stampa piatta, senza supporti; PLA o PETG
A phone stand that holds the phone upright in portrait or landscape, with a cable channel so the charger doesn't pin the phone down or dangle off the edge. Most stands either tip the phone back too far to tap or force the cable to loop around the outside. This one leans the phone at 70° from horizontal and routes the cable up through the stand to the back of the phone. What decides fit and print Lean angle: 70° from horizontal, steep enough to tap the screen and upright enough to watch video. Groove: runs the full 90 mm width, so the phone sits in it in either orientation. It is sized for a phone in a thin case. Cable channel: 12 mm wide, open on the underside of the base. It runs in from the back, then rises through a 12 x 12 mm opening in the groove floor. Overall size: 90 mm wide, about 56 mm deep and 70 mm tall. Printing: the flat base goes down on the bed. The underside channel is a 7 mm-tall tunnel, so print it with bridging on or light supports. No other supports are needed. Material: PLA or PETG both work. Use 3 or more perimeters for a stiffer groove lip.
Kopfhörerständer mit breitem, abgerundetem Bogen, geschwungenen, sich kreuzenden Streben und einer flachen, wellenförmigen Standfläche. Ein zusammenhängender Körper, flach druckbar, gedacht für pastellrosa PLA. Remix-Ansatz Bogen: Außenradius 65 mm, Strebenbreite 22 mm. Größerer Radius für breitere Kopfbügel. Streben: Vier Kurven, Kontrollpunkte frei verschiebbar für andere Öffnungen. Basis: ca. 224 × 150 mm, 8 mm hoch. Dicker oder mit Gewicht-Einlage für mehr Standsicherheit. Tiefe der Streben: 36 mm, anpassbar. Gesamthöhe ca. 260 mm.
What it's for A one-piece desktop phone stand for students, holding a phone at a 65° viewing angle on a desk. Dimensions 65 mm wide, 75 mm deep, 70 mm tall 4 mm flat base, 4–5 mm walls 14 mm deep shelf with a 6 mm front lip Two triangular side supports Remix ideas Widen the shelf for phones with cases. Add a cable slot through the backrest. Lower the backrest angle for typing-height viewing.
Monolith is an architectural desk stand built specifically for the Apple MagSafe charger. It's designed to read as a single sweeping piece of tech, dropping the wire invisibly through the core and directly out underneath the base pad. Features Perfect Fit: Toleranced to 56.5mm to lightly grip the standard MagSafe puck. Seamless Route: The cable threads cleanly inside the stem and travels down to the desk surface. Ergonomic Tilt: Features a 50-degree backrest optimized for at-desk use and FaceID unlocking. Vented Spine: Deep architectural slots line the back for a leaner profile.
A 110 mm compact dice tower designed to randomize standard 20-sided dice. The one-piece enclosure integrates a catch tray to contain the dice after descent, while the internal structure uses three alternating baffles to ensure unpredictable rolls. Dimensions: 50 mm wide by 110 mm tall, with a 60 mm extended tray. Fitment: Engineered with clearances for standard 20 mm tabletop dice. Baffles: Three internal deflectors pitched at 40 degrees. Printability: Self-supporting internal geometry prints without support material.