Marchesa Spring 2018 Wedding Dress Collection

Georgina Chapman and Keren Craig, the designers behind Marchesa's one of a kind creations, have built a veritable fashion empire centered on elegant designs and beautifully crafted gowns. The British duo first met in London at the Chelsea College of Art and Design. There, Chapman's draping and design expertise and Craig's textile work combined for a partnership that's resulted in nothing but red carpet-worthy moments since they first founded Marchesa in 2004. With an Italian heiress and fashion icon as their muse, Chapman and Craig have crafted line after line pairing incredible detail work with unforgettably feminine style—in other words, dresses fit for the bride who's all about style with more than a hint of luxury.

While Marchesa's gowns have graced red carpets and magazine covers, they're always at their most stunning at wedding ceremonies and receptions. The brand's new collection is packed with stunning lace wedding dresses and a modern, romantic vibe. These gowns are fit for the most glamorous of celebrations and the ultimate bridal look.

Lace sheath wedding dress with sweetheart neckline and black ribbon

Satin trumpet wedding dress with deep V-neckline and draped lace sleeves 

Organza A-line wedding dress with illusion high neck, cap sleeves, and black ribbon

Organza mini wedding dress with deep V-neckline, full ruffled skirt, and black ribbon

Mermaid strapless wedding dress with sweetheart neckline, 3D appliquées, and black ribbon

Organza A-line ball gown with deep V-neckline and full semi-sheer skirt

Lace and organza strapless ball gown with full, tiered skirt

Satin ball gown with illusion high neckline and embroidered long sleeves

Satin mermaid wedding dress with illusion neckline and embroidered three-quarter sleeves

Organza and lace wedding dress with deep V-neckline, ruffled skirt and black ribbon

A-line off-the-shoulder wedding dress with tiered skirt and satin ribbon

Trumpet wedding dress with illusion deep V-neckline, draped sleeves, and 3D appliquées