ONYX 5mm ROUND ENGAGEMENT RING SETTING SEMI MOUNT GEOMETRIC ART DECO CALIBRE CUT

This gorgeous semi-mount is a beautifully designed modern twist on an Art Deco era target ring. . The chic geometric setting is set with bold custom cut natural black onyx. Finished with fine milgrain details, this bezel setting provides the perfect backdrop for a diamond or gemstone of your choice. The setting can fit a round shape with diameters ranging from 4.7mm-5.2mm. The ideal fit is 5.0mm. Eye-catching and classically fashionable, this design beautifully captures the class and glamour of Art Deco design in a sleek and modern setting! It is an excellent choice for a stylish engagement or right hand ring setting!

The black onyx stones are a rich, deeply-saturated black that contrasts strikingly with the bright white of the 14k white gold. The onyx stones are cut and set with exceptional craftsmanship. Each stone is individually cut to fit in the channel with zero gaps. This technique, called calibre cut, was popular during the Art Deco era. It is a highly skilled and labor intensive process that truly makes this setting a work of art! The black onyx stones are natural, earth-mined stones. The setting is made of solid 14k white gold. The semi mount measures 11mm across (north-south) and 4.3mm from the finger to the top of the ring. This ring comes with a three month warranty as long as we set the center stone for you.

This chic and contemporary geometric semi-mount is classically stylish with a nod to its Art Deco inspiration! Set with a center stone of your choice, it would make a gorgeous engagement or cocktail ring!

This ring is ready to ship.

Our ready to ship items generally ship within 2 business days*. Please note that resizing requires 5 business days handling time. The current size is noted in the details chart and is at the top of the size dropdown. If you have selected a different size, the ring will need to be resized.

*Please allow additional handling time if you have selected added services such as engraving or appraisal.