Foundational Forms | Rebuilt by Hand

Emily and Shane Dicob of Sterling Roots forging their foundational pieces of jewelry at workbench.

The Pillars of the Studio

Forms rebuilt through disciplined hand-forged practice

Foundational Creations are the returning structures of Sterling Roots — forms revisited not as repetition, but as discipline. Each begins in raw metal and is rebuilt through traditional tool work at the bench in Castorland, New York. Forged, formed, soldered, and finished by two working silversmiths, these pieces carry weight, permanence, and visible evidence of hand-forged practice. They are not copies. They are enduring structures refined and rebuilt over years of precision work. These forms differ from individual singular outcomes described on the One-of-a-Kind Work page, where each piece is built once and not revisited in the same structure.

Silversmith at Sterling Roots melting sterling silver to build foundational forms with on soldering block with torch.

Returning Forms, Rebuilt in Metal

A foundational form may return, but it is never replicated. Each rebuild begins in raw silver, shaped with hammers, files, anvils, and forming stakes. Heat moves the metal. Pressure shifts by instinct. Bench decisions — a taper, a curve, a finish — leave lasting evidence in the final work. Continuity is not sameness. It is a structure strong enough to be rebuilt, yet responsive enough to form differently each time.

Emily Dicob, Sterling Roots silversmith forging sterling silver foundational forms of jewelry in her studio using traditional tools.

Continuity Without Replication

These studio staples reflect mastery built over time. The structure stays recognizable, yet outcomes shift within the material — solder seams settling, surfaces responding to heat, patina formed by hand. No two pieces share identical weight, surface, or presence. Variation is evidence of disciplined metalwork. These forms return because they endure — tested across years and held to the same uncompromising standard at the bench.
For deeper reference on the metal itself and how materials influence variation, see Materials.