Introduction to Enameling: Create Your Own Enamel Pendant

Discover the art of enameling! Learn to create colorful patterns on copper and make your own unique enamel pendant with artist Jo Wadler. Discover the colorful and creative world of vitreous enameling in this hands-on workshop with artist Jo Wadler! Whether you've always wanted to experiment with enameling or are simply looking to explore a new art form, this workshop is the perfect introduction. Learn how to transform a simple copper disc into a beautiful, one-of-a-kind enamel pendant using powdered glass, rubber stamps, and creative pattern-making techniques. During this workshop, you'll learn how to prepare and clean copper surfaces, sift and apply powdered glass enamel, and use rubber stamps to create unique textures and designs. You'll also explore the firing process and discover the endless creative possibilities of combining color, pattern, and metal. No prior enameling experience is necessary! Jo will guide you through each step, sharing techniques, tips, and troubleshooting advice along the way. About the Instructor Jo Wadler is an accomplished enamel artist with over 20 years of experience. Her innovative technique combining enameling and rubber stamping was featured in the September/October 2016 issue of Lapidary Journal Jewelry Artist. Jo's approach emphasizes creative freedom, encouraging artists to experiment with different textures, patterns, and stamping techniques to create truly unique pieces. What's Included All essential tools and materials will be provided, including: • Assorted opaque powdered glass enamels • One pre-counter-enameled copper disc • Rubber stamps and stamping supplies • Sifters, brushes, and application tools • Kiln and firing equipment • Additional materials needed to create your pendant Participants are welcome to bring their own rubber stamps to experiment with! Please label any personal stamps with your name. Important: Please bring your own protective mask, as masks are not provided. Fine enamel particles can become airborne during application.