Products

An 8mm stainless steel wedding band finished in black IP plating with a grey carbon fiber inlay running along the surface, polished to a clean shine. Ion plating, or IP, is a vacuum-deposition technique that bonds a thin layer of color to the surface...

An 8mm titanium wedding band finished in black IP plating with a grey carbon fiber inlay running along the surface, polished to a smooth sheen. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than gold...

A 9mm titanium wedding band finished in black IP plating with a carbon fiber inlay running along the surface, built on a comfort-fit interior and engravable on request. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly...

A 6mm stainless steel wedding band with a grey carbon fiber inlay set against a polished surface — a modern, mixed-material band built for daily wear. Carbon fiber is a contemporary material in fine jewelry, woven from fine carbon filaments and bonded into a...

A 6mm stainless steel wedding band with a polished finish and a double row of black carbon fiber inlay running along the surface. Carbon fiber is a contemporary material in fine jewelry, woven from fine strands of carbon and bonded into a matte black...

A 6mm stainless steel wedding band with a black carbon fiber inlay running along the surface, finished in a polished shine. Carbon fiber is a high-performance composite material originally developed for aerospace and motorsport applications, prized for its strength-to-weight ratio and distinctive woven black...

A 6mm stainless steel wedding band with a grey carbon fiber inlay running along the surface, polished to a bright finish and built on a comfort-fit interior. Carbon fiber is a contemporary material in fine jewelry, prized for its distinctive woven grey texture and...

An 8mm stainless steel wedding band with a black carbon fiber inlay running along the surface, finished in a polished comfort-fit construction. Carbon fiber is a contemporary material in fine jewelry, valued for its deep matte black appearance and distinctive woven texture. Paired with...

An 8mm stainless steel wedding band with a grey carbon fiber inlay set into a polished surface, engineered as a unisex standard-fit ring. Carbon fiber is a contemporary material used in jewelry for its distinctive woven grey appearance and exceptional strength-to-weight ratio. Originally developed...

A 6mm titanium wedding band with a black carbon fiber inlay running along the surface, finished with a polished exterior and a comfort-fit interior. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than gold yet...

A 6mm titanium wedding band with a grey carbon fiber inlay running along its center, finished in a polished surface for a clean, reflective sheen. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than gold...

An 8mm polished titanium wedding band with a black carbon fiber inlay running along the surface, set in a flat profile with a 2mm thickness. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than gold...

An 8mm titanium wedding band with a black carbon fiber inlay running along the center, finished with a polished surface and a comfort-fit interior. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than gold yet...

An 8mm titanium wedding band with a black carbon fiber inlay set into a polished surface, built on a comfort-fit interior for daily wear. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than gold yet...

An 8mm titanium wedding band with a black carbon fiber inlay running along the surface, finished with a polished exterior for a bright, mirror-like sheen against the matte inlay. Titanium is one of the lightest and most durable metals used in fine jewelry —...

An 8mm titanium wedding band with a light blue carbon fiber inlay, finished in a polished surface and built on a comfort-fit interior. Carbon fiber is a modern composite material woven from fine carbon strands and set into a resin matrix, prized in aerospace...

An 8mm titanium wedding band with a black and green carbon fiber inlay set into a polished surface, built on a comfort-fit interior. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than gold yet noticeably...

An 8mm titanium wedding band with a blue and white carbon fiber inlay running along the surface, finished in a polished comfort-fit construction. Carbon fiber is a modern composite material woven from fine carbon strands and set in resin, prized in jewelry for its...

An 8mm titanium wedding band with a black and red carbon fiber inlay running along the surface, finished with a polished exterior and a comfort-fit interior. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than...

An 8mm titanium wedding band with a grey carbon fiber inlay running along the surface, finished in a high polish and built on a standard-fit profile. Titanium is one of the lightest and most durable metals used in fine jewelry — significantly stronger than...

Product Overview Stainless steel meets the bold, modern texture of solid carbon fiber in a square cufflink that commands attention without saying a word. The pairing of a brushed steel frame with the distinctive woven surface of carbon fiber creates a layered, industrial elegance...

An 8mm titanium flat band with a sterling silver inlay rendered in a Celtic knot motif, finished with a polished surface and a nickel-free, standard fit. The Celtic knot is among the most enduring symbols in Western decorative tradition, with origins in early medieval...

A 6mm titanium wedding band with a polished finish and a laser-etched Celtic knot motif running along its surface, built on a comfort-fit interior. The Celtic knot is an interlaced design with documented roots in early medieval Insular art, appearing in illuminated manuscripts and...