Fused Glass Art

Welcome to the Studio

Artistry in Fused Glass

Step into a world where light, color, and intense heat collide. We craft unique kiln-formed pieces that capture the fluid beauty of glass suspended in time.

Smart Studio Tools

Powered by Google's Gemini AI, these tools bridge the gap between creative spark and technical execution.

Kiln Commander

Generate precise firing schedules based on your specific glass stack.

The Glass Muse

Stuck? Enter a feeling, nature scene, or abstract concept to get a project recipe.

Solid State

Before the heat transforms it, glass is rigid, sharp, and unforgiving. Welcome to Studio 1465°, where we explore the fragile boundary between solid and liquid.

The Assembly

Score & Break

We start with sheets of compatible glass (COE 90 or 96). Using carbide cutters, we score the surface and snap it along the molecular fault line. It's geometry meeting geology.

Cold Working

Edges are ground down. Layers are stacked. Frit (crushed glass), stringers (threads), and dichroic metallic coatings are layered to create depth and texture before the kiln.

Loading the Kiln

The assembled piece is placed on a kiln shelf treated with primer. The lid closes. The physics are about to change. We begin the slow ramp up to prevent thermal shock.

Target Temperature

1465° Full Fuse

At this temperature, glass is no longer a solid. It is a viscous liquid. Sharp edges round over, separate layers merge into a single uniform mass, and trapped air becomes perfectly spherical bubbles.

1250°F - Tack Fuse

Glass sticks together but retains texture and relief.

1350°F - Contour Fuse

Edges soften greatly, but dimensional height remains.

1465°F - Full Fuse

Total unification. Surface is smooth and glossy.

Transformation

The Annealing Phase

The most critical part of the process is not the heating, but the cooling. We must hold the glass at roughly 900°F to allow internal stresses to relax. Cooling too fast results in thermal shock and shattered art. Patience is the final ingredient.