Created today
Description
Schwarze Rechteckplatte mit erhabenem, gelbem BYTEBOX-Logo (Würfel und Pixelschriftzug) für den zweifarbigen FDM-Druck. Das Logo liegt vollständig innerhalb der Plattenfläche und ist mittig ausgerichtet.
Images
Helix is a flared lamp shade with no solid wall. 72 thin fins spiral through a 60° twist as the shade widens from the base to the top, and three low reinforcing rings hold the whole frame together. The result reads like a lantern or woven cage, and the light comes through as spiralling slats of shadow. The fins and rings are matched on purpose: each fin reaches inward only as far as the rings do, so the inner edge stays clean from bottom to top. A small spoked fitter ring at the base seats the shade over a lamp holder. Dimensions Height: 130 mm Base diameter: about 90 mm Top diameter: about 140 mm Twist: 60° over the full height Features 72 twisted, flared fins, 1.2 mm thick Three low-profile rings at the bottom, middle and top, 3.5 mm tall Fin depth matched to the ring depth (about 6.6 mm at the base, scaling with the flare) Spoked fitter ring at the base, 3 mm tall Print notes Print upright with the fitter ring on the plate. Slow speeds help, since the fins are thin. Use a cool LED bulb only. Fit to a specific socket is untested, so check the fitter ring against your holder.
A cursive "Home" sign form with an open channel running through every letter, made for pressing flexible LED neon strip into place. Fill the channel, wire it up, and the script shape glows like a custom neon sign. Script lettering in a heavy brush style, roughly 80 mm letter height 1.6 mm walls around an open top channel 2 mm floor, 10 mm overall height Prints flat with no supports Print it in white or black depending on how you want the unlit sign to look. Strip width differs between brands, so check the channel width against your strip before printing.
Welcome is a script-lettered sign form with an open channel running through every letter, built for pressing flexible LED neon strip into place. Fill the channel, wire it up, and the flowing lettering glows like a custom neon sign. Features Heavy brush-style "Welcome" lettering 1.6 mm walls around an open top channel 2 mm floor, 10 mm overall height Wire exit holes through the floor at the ends of the word Print notes Prints flat with no supports Strip width varies by brand, so check the channel width against your strip first
A faceted 80mm cube lantern designed to slip over a standard LED tea light. The outer shell features a repeating triangular lattice that casts geometric light patterns on surrounding surfaces, providing mood lighting without an open flame. Dimensions: 80 x 80 x 80 mm overall footprint with heavy chamfered edges. Fitment: Features a 39.5 mm bottom recess to comfortably clear standard 38 mm LED tea lights. Printability: All triangular apertures are oriented apex-up to act as self-supporting overhangs, requiring zero support material during printing. Safety: Designed exclusively for use with battery-operated LED units; not suitable for real flames.

What it's for A 6th-grade style Mesopotamian ziggurat model made from bold, basic geometric shapes. The structure relies on simple stacked cubes for the main tiers, a chunky 6-step staircase to represent a grand ramp, and a classic triangular roof capping the top shrine. Dimensions Base Tier: 100 × 100 mm Total Height: 85 mm (including the new roof) Staircase: 6 large blocks, extending 60 mm outward from the center. Print notes This model is built flat to the plate and requires zero supports. The large geometric shapes make it a very fast, reliable print in any standard filament.

An architectural scale model echoing the layout of the Great Ziggurat of Ur. It features a rectangular tiered base, the historically authentic triple-converging staircase assembly, and a midway gatehouse leading up to the final summit shrine. Remix Variables The layout is driven by clear step-and-tier geometry designed for easy modification: Tier Arrays: Arrays defining [width, length, height] for each level (140x100x24 for the base) let you scale the footprint or add levels effortlessly. Stair Stepping: The step loops scale their rise and run to exactly match the tier heights, making it trivial to change the vertical scale of the structure without breaking the stair logic. Taper Control: A single global inset drives the draft angle of the walls across all tiers.