Crystal Clear Hexagonal Honeycomb Glass LED Bulb

Design Inspiration
This transparent bulb embodies mathematical perfection through its hexagonal honeycomb texture, inspired by Buckminster Fuller’s geodesic domes and Platonic solid geometry. The 115mm spherical silhouette features 24 interlocking hexagonal cells that distribute light with structural efficiency, while the clear borosilicate glass showcases a double-helix LED filament—resembling a 3D molecular model in science museums and tech incubators. The chrome E27 base with laser-etched geometric formulas reinforces its academic pedigree.

Mathematical Craftsmanship
Engineers used computational geometry to optimize cell angles at 120°, creating a self-reinforcing structure that requires 30% less material than traditional bulbs. Each hexagon is precision-cut to 0.2mm tolerance using CNC glass cutting technology, ensuring uniform light diffusion. The 8W LED filament emits 850 lumens of 3000K cool white light that highlights the bulb’s geometric precision.

Geometric Features

STEM Environments
Ideal for science museums, math classrooms, or tech company lobbies. Mount in geodesic formations to demonstrate 3D spatial geometry.

"Light as math—where hexagonal honeycomb and LED technology illuminate the beauty of Platonic solids."