Created 1 months ago
Description
A single-piece desktop lighthouse designed as a structural display model. It features a tapered main tower, an exposed gallery deck, and an octagonal lantern room. A vertical row of six evenly spaced windows runs up the front face.
Photos
Technical views
A trio of statement centerpiece vases designed with deep organic grooves, sweeping necks, and soft ivory tones. Each piece balances a minimalist ceramic aesthetic with flowing, fabric-like curves, ready to print as functional tabletop decor. Low Spiral Vase: A wide, dramatic base that twists upward through 140 degrees into a slightly offset neck. Tall Wavy Vase: The anchor of the set, standing 210 mm tall with crisp vertical ribs and a gentle 45-degree rotation. Asymmetric Curved Vase: A sweeping swan-like profile that leans dynamically off-center with a reverse twist. Print Notes: Designed to be printed in standard FDM standard mode (hollowed out with 2.5 mm walls, rather than vase mode) for maximum rigidity and heft. No supports required. Ensure your print bed is well leveled to anchor the large flat bases securely.
A stylized, multi-layered 3D sailboat emblem built from crisp geometric sweeps. The design sets a long, sweeping hull against towering, detached triangular sails, with the entire structure sitting atop three separated, flowing wave ridges. Features stepped heights across the elements to create a sharp depth effect, completely flat on the back for easy mounting or wall display. Print Guidelines Orientation: Print flat on its back. Supports: None required (fully chamfered/beveled surfaces). Clearances: The waves and sails feature distinct gaps built directly into the geometry.
A modern reeded table lamp designed to stand independently on a desk, nightstand, or cabinet. The design has been re-proportioned to be shorter and wider, offering a grounded, substantial look. Customization & Assembly Main Shade: Measures 130mm tall and 140mm wide, heavily textured with vertical reeds. It simply slides over the base lip. Base Stand: Sits flat on the table with a 25mm height. It features a standard 42mm hole for an E27 socket and a discreet bottom channel for cable routing. Top Diffuser: A drop-in cap that hides the bulb and softens the upward light. All three pieces are designed to be printed easily without supports. The modular drop-in fit makes swapping bulbs or modifying the shade's color later straightforward.
A 250mm display plaque featuring extruded "SnowGoobers Inc." text and an integrated 3D relief of a low-poly snowboarder performing a boardslide. Built as a single-piece extrusion. Fitment Notes Overall Width: 250mm standard base plate. Clearance: Check Z-height clearance; the rider and rail extend up to 47mm off the plate. Mounting: Flat back surface suitable for adhesive strips or drilling custom mount holes. No pre-tapped bores are included.
A heart-shaped container built with a low-polygon aesthetic. The body flares straight up from the base, producing clean trapezoidal facets. Wall Thickness: 1.2 mm (3 perimeters on a 0.4 mm nozzle) Overall Height: 31.6 mm Profile: Straight flare (no twist)
This is a complete projecting storefront sign assembly, built with physical raised lettering on both faces and a classic diagonal-brace wall bracket. The details project 2mm from the flat base panel on each side, allowing the coffee bean logo and text to catch the light nicely while keeping print layers straightforward. Remix Hooks This is a standard display rig designed for easy adaptation: The Panel: Sized at a tidy 100x120mm with a 6mm core. You can drop in any custom perimeter or shape as long as you keep the 60mm hole spacing on the tabs. The Branding: The "WIRED COFFEE" text and center bean logo sit cleanly on the outer surfaces. Swap the sign_text() module for your own typography or logo mark. The Bracket: The arm extends 140mm from the wall. The backplate spans 120mm in height. If you need it for a much heavier outdoor print, I'd suggest beefing up the wall plate thickness and swapping the printed C-clips for metal S-hooks. Printing: The panel and details are split by colour in the file. To run this flat on an FDM bed without supports, you'll want to slice the panel straight down the middle (along the X-Z plane) into two identical 3mm-thick halves, print them face-up, and glue them back-to-back.