Martha Seely Design is a small design studio that creates one-of-a-kind and custom crafted fine production jewelry. The jewelry lines from Martha Seely reflect her personal vision and a clean, modern perspective. The jewelry is artisan-made in the USA from some of the world’s most beautiful jewels and pearls sourced from around the world. The metals recycled and stones conflict-free.
Before becoming a jewelry designer, Martha spent many years as a costume designer and wardrobe stylist for theater, film, and television. After years of creating clothes for commercials, television shows, and independent movies, she wanted to express herself with designs for no other reason than to create something beautiful. She turned her talents to accessories, something more intimate than outerwear. This time, her unique designs were from the heart, not just for the commercial project for which she was hired to design.
She studied with master jewelers, learning traditional metalsmithing techniques. But her vision kept driving her forward, and she decided to try CAD (computer-aided design) to help her fulfill her goals. This decision changed the way she works and designs. Her work now uses the oldest traditions of jewelry-making combined with the newest technologies to create her line of chic, sophisticated and wearable jewelry.
Since 2012 her work has been sold in galleries, retail venues and at events. In 2016, she was chosen to be a Rising Star in theJCK Las Vegas Show. Her jewelry continues to win awards and accolades from the jewelry fashion press. And in 2017 she was chosen by KORITE International to design a collection using their Ammolite stone.
Jewelry that does not follow the trends, but starts them.
Martha Seely jewelry is artisan-made in the USA from some of the world’s most beautiful jewels and pearls sourced from around the world. The metals recycled and stones conflict-free.
The studio is pleased to customize the jewelry for individual retailers, using various karats and colors of precious metals, as well as providing selective choices of gemstones.