THESE GREEN AND YELLOW FEATHER EARRINGS BY JL925 JESSICA LEE DESIGNS IS FROM THE LATEST COLLECTION OF HAND MADE FUSED BEADED GLASS. THE TRANQUIL GREEN AND TURQUOISE FEATHERS ARE MADE OF BEADED GLASS THAT IS HAND MADE BY PAINSTAKINGLY LAYING EACH BEAD INDIVIDUALLY THEN FUSING THEM INTO A SOLID GLASS PIECE MAKE IT A TRUE WORK OF ART. EACH FEATHER IS MADE INDIVIDUALLY AND ARE EACH ORGANIC AND UNIQUE. THESE FEATHER EARRING MEASURES 2 1/2" FROM EAR WIRE TO BOTTOM AND ARE BEZEL SET IN HIGH QUALITY STERLING SILVER. THE EARRINGS ARE STAMPED WITH THE JL925 MAKERS MARK.
These modern classic JL925 Jessica Lee Designs earrings are made from heavy silver loop chain links that are attached to yellow fluorite bullets that have been bezel capped in high quality sterling silver. These statement earrings are light and easy to wear and measure 2 3/4" from ear wire to the bottom of hoop and are stamped on the back with the JL925 makers mark.
This is a wonderful statement ring by JL925 Jessica Lee Designs made from a cast piece of antique lace that was cast in sterling silver and accented with a variety of rainbow colored stones including garnet, carnelian, amber, peridot, green agate, amazonite, blue agate and amethyst. The ring fits a size 8 1/2. The abstract ring measures 1 1 /4" high by 1 1/2" across and the band is stamped with the JL925 makers mark.
These organic JL925 Jessica Lee Designs hoop earrings are made from hammered silver hoops and are accented with delicate faceted crystal drops. These earrings are light and easy to wear and measure 2" from ear wire to the bottom of crystal.
THESE HEIRLOOM QUALITY EARRINGS BY JL925 JESSICA LEE DESIGNS ARE MADE FROM HAND MADE ANTIQUE LACE CAST IN STERLING SILVER AND ACCENTED WITH FACETED IOLITE STONES. THE EARRINGS MEASURE 1 1/4" WIDE BY 2 7/8" LONG FROM THE STERLING SILVER EAR WIRE TO BOTTOM OF THE HOOP. THESE BOLD ELEGANT EARRINGS ARE PERFECT FOR SPECIAL EVENTS, FESTIVALS OR JUST JEANS AND A WHITE T-SHIRT.
THE LACE PIECE COMES FROM A LARGER PIECE OF HAND MADE LACE FROM THE EARLY 1900'S.