Vintage-inspired rings often use vintage cut diamonds such as the Old European Cut or Old Mine Cut but have newly made settings. Much inspired by the classic vintage rings, some distinct detailing of vintage rings is used such as milgrain detailing, floral engraving, a diamond halo, and pavé diamond settings.
What are the different types?
The halo effect style is one of the most significant trends in the diamond engagement rings. It is in the fashion since its debut in the 1920s during an era popularly known as Art Deco. A halo ring is a set of beautiful diamonds that encircles a centre gemstone in a collection of micro-pavé or round pavé diamonds to produce a heavenly halo effect. This setting enhances the illusion of a larger centre gemstone, delivering its beauty and sparkle.
Filigree is a type of decorative metalwork technique used in making jewellery. The filigree technique combines an elegant, feminine feel that was quite popular in the Art Deco and Edwardian eras. As time evolved, so did the technology and method of modern filigree. The design has improved to mimic the delicate lace, adding femininity and grace to any ring.
The milgrain feature includes beaded accents which add delicate detail for a more stylish as well as antique look. Small metal beads are applied over and over in short rows to complement filigree and to add vintage-looking texture in that piece. When used together, milgrain and filigree generate a uniquely remarkable effect.
Intricate patterns, motifs, and letters are hand-cut and etched into the metal an ornate vintage feel. Many demands the hand engraved vintage diamond rings for their quality, looks and authenticity.
Ram Prakash jewellers have always had an aim to offer high-quality jewellery at the best rates. We create every piece of jewellery keeping in mind your loved one. With expert precision, care, and high-quality and authentic metals, we have been able to produce impressive 22kt gold jewellery at very impressive prices. Our commitment and quality of work put us in the leading position in our domain.