Glass resisted additive manufacturing longer than almost any material. Now printed fused silica delivers transparent lattices, freeform optics, and microfluidic channels that no mold could ever release.
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Aspheric and freeform lens geometry printed directly in fused silica, then polished to optical tolerance.
Sealed internal channels in transparent glass — chemically inert, autoclavable, and impossible to injection-mold.
Textured facade and partition panels cast from printed molds, giving every panel its own light signature.
One-off borosilicate vessels and reactors printed to a chemist's geometry instead of a catalog's.
Printed glass waveguides and light pipes for sensing, illumination, and integrated photonics.
Studio and collectible work exploiting geometry that blowing and casting cannot reach.
Silica nanoparticles suspended in a photopolymer are cured layer by layer, producing a soft, opaque 'green' part that holds the final geometry.
The polymer binder is burned out and the part is sintered near 1,300°C, where it shrinks uniformly and fuses into solid, fully dense silica.
Surfaces are ground and polished until roughness drops below a nanometre — the step that separates a translucent blank from a working lens.
Not all glass prints the same way. Silica dominates optics, borosilicate rules the lab bench, and soda-lime remains the workhorse of architecture. Each brings its own shrinkage, sintering window, and finishing burden.
