Created 1 months ago
Description
This cylindrical lithophane canvas encircles standard candle bulbs while keeping thermal softening at bay. Hidden within the smooth exterior shell, a series of internal standoffs maintains a critical separation between the delicate shade and the heat source. The inner structure rests naturally over the top of the bulb, creating a luminous focal point without risking material deformation.
Design Notes
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This is a cylindrical lampshade base designed to sit securely over a standard teardrop or flame candle bulb. The shade has an outer diameter of 80mm and stands exactly 100mm tall, providing ample canvas space for your custom designs. Clever internal cooling ribs maintain a generous 15mm air gap between the lampshade wall and the hot bulb surface. This distance ensures sufficient airflow and heat dissipation, keeping PLA and other standard 3D printing filaments from warping or softening when in use. It is the perfect blank canvas to map a personalized photo lithophane onto, or simply to use as a sleek, modern light diffuser for your bedside table. For remixing, consider adding custom geometric cutouts, thickening the walls for deeper lighting effects, or modifying the internal fins to fit non-standard bulb shapes perfectly. Whether you are memorializing a favorite pet photograph or crafting a cozy ambiance, this base takes the worry out of heat management.

A freestanding tabletop sign featuring chunky, blocky typography. The letters are aligned to stand up directly on the print bed with no internal supports or backing plate required, fusing slightly into an upright self-supporting structure. What it's for A simple, bold statement piece that stands on its own. Print notes Orientation: Prints directly on its flat edge without supports. Clearances: The top and bottom lines of text intersect just enough to hold the sign together. Filament: A matte or textured filament works well to hide heavy layer lines on the flat face.

Having a massive bald spot on the forehead just makes the whole thing look unfinished, but printing the bumps straight into the eye sockets ruins the face entirely. I narrowed the clearance zone down to just the immediate space around the eyes—the upper forehead is covered in brain folds again, but they stop right before crashing into the eyes. Base fits an 11mm dowel Completely solid core Prints without supports
A stylized geometric interpretation of a fast blue hedgehog mascot, designed as a static desktop figure. Organic modelling isn't native to this format, so the design uses bold, primitive shapes to capture the silhouette—complete with sweeping back-spikes, oversized eyes, and a blocky tactical blaster clamped in the jawline. Details Geometric Spikes: Arrayed in a swept-back pattern to simulate motion. Multipart Colouring: Segments are broken out for the snout, eyes, and hardware to stand out clearly. Integrated Stand: A flat 60mm circular base keeps the figure stable on a desk.

An ash trough designed for standard incense sticks with a 3mm core diameter. The unit features a raised boss with a 20-degree pitched bore to suspend the stick over a 215mm collection channel, isolating ash shed from the surrounding shelf. Fitment Specifications Bore: 3mm diameter. Fits standard bamboo-core sticks. Will not accept thicker hand-rolled dhoop sticks, Tibetan solid incense, or cones. Footprint: 250mm overall length by 30mm width. Ensure shelf clearance before placement. Collection: 5mm deep channel, extending far enough to catch the full length of a standard burn.

A dual-cylinder shell designed with continuous, fluid wave cuts ascending its outer walls. The structure maintains its integrity via a solid binding rim at the top, leaving an uninterrupted channel down the primary face to expose the nested inner spire. Structural Details Core: Hollow 35mm inner spire. Outer Wall: 160mm diameter with sweeping sine-wave relief cuts. Binding: The top of the outer wall remains solid, tying the wave segments together. Access: A singular straight 35mm channel runs the full height of the assembly.