Amy Judd est un artiste basé à Londres dont le travail est tout simplement spectaculaire. Son travail est représenté par la galerie Hicks, Wimbledon. Les peintures d'Amy, selon son site Web, "sont une collection de moments de silence sensibles; certaines...
This exquisite sterling silver locket features two conifers, symbolizing a couple, with stars stamped in the sky and a galaxy around them. The locket opens at the top with a secure sliding lid and hangs from a 26" chain. For a final touch of sparkle, there is a bezel set amethyst stone on top with a beautiful patina to show off the details.Amethyst is February's Birthstone, making this a perfect gift for someone born in February! Canister locket with removable lid. 26" chain included.
When you look up for references and get lost in kitbash fantasyland. Can't find the name of the first artist, all other 3 are by Araya.https://t.co/6HEofxwtVf
Explore Madabayka's 409 photos on Flickr!
Handcrafted sterling and fine silver box with pressure fit closure. The top of the box is made of fine silver that has been woven to give a basket like appearance, the rest of the box is sterling silver. I have given the entire box a matte finish, which I believe complements the woven top really well. This would be a perfect presentation box for a very special gift such as a wedding or engagement ring, then a life long reminder of that special day. The Box is essentially a cube measuring: Height 24 mm (0.95 inch) Width 25.5 mm (1 inch) Length 25.5 mm (1 inch) I work with Harmony recycled metals - all metals have been reclaimed. You can see more of my handmade boxes here: http://www.etsy.com/shop/PatCahillMetalworks?ref=si_shop
Carol Dekle-Foss I learned this cool technique a couple months ago in my intermediate metalsmith class. I just LOVE it! I have always been attracted to geometric patterns and also mixing different metals. This technique was perfect for me to explore in my jewelry designs. These earrings are my latest creation, and for my first Boot Camp post, I'm going to show the readers of LMAJ how I made them. Tools & Materials on the bottom of the page. Step one Create the shapes you want on a computer software program such as Photoshop and print on regular paper. Step two Select your sheet metals, making sure they are all the same gauge. For the earrings I used sterling silver, copper and brass. Step three With a triangle, sharpie and a ruler, mark your shapes on the metal using the printout as a guide. Make sure your lines are a bit larger due to loss when cutting out and sanding. You will only need the basic geometric shapes for now. Step four Cut out the sheet metal. I prefer a metal shear for the most accurate cuts. Here is my throatless shear from harbor freight. It's great for cutting accurate lines, and saves me tons of time in the studio. Step five Place sandpaper on a flat surface and run metal edges over it lightly to remove burs and even out the metals edges. Step six Place metal pieces on flat surface and line up making sure every piece touches with no gaps for best results. Also for earrings, position pieces to form a mirror image. Next, flux and then with the flux brush pick up solder pieces and place where joins meet. In the pic below you can see the solder pieces positioned. I cut them in thin rectangle shapes to try and prevent solder from flowing all over the metal, and hopefully to only go in the cracks of the joins. Keep in mind, solder flows wherever the heck it wants too anyway. Step seven Solder the pieces with a fairly large flame. Copper and brass have a higher melting temperature so you want to focus your flame on those pieces and avoid the sterling silver so you don't melt it. I use the Smith torch purchased from Cyberweld. This is where my teacher referred me to purchase mine in case you are in the market for one. NOTE: Soldering is a technique you have to practice to master. It takes time and patience, so don't be too hard on yourself if you are having difficulty. I know I struggled for a long time. If you want to learn I recommend taking a metalsmith class, or find a mentor to teach you the basics. If you have specific questions feel free to contact me and I will try to help! Also if you haven't discovered Nancy Hamilton you are in for a treat! She is so much fun to learn from. Here is a youtube video from her on soldering basics. Here is the front of the pieces after pickling. You can see the solder flowed through in some areas. The back is a hot mess, as you can see in the below pics. Step eight Place paper shape onto metal and mark with sharpie. Then cut out with jewelers saw. Step nine Sand edges with a belt sander or a bastard file. Here is my sander from Harbor Freight. Again, a major time saver, and you can't beat the price. I hate filing and will avoid it at all costs. Next, place the piece on top of the other and line up. Mark with sharpie and then saw out with jewelers saw. Final finishing techniques Ok, here are the two pieces. One is the front, and one the back. Yucky solder flow right? The next steps are all finishing techniques. So for my next post, which is scheduled for this Wednesday, I will show how I got the pieces to look like the above earrings! Plus some awesome techniques to speed up your finishing. Here are some other designs utilizing the above technique. My first pair of earrings finished in class. For this necklace I used a lentil bead from Heather Powers of Humblebeads. I fell in love when I first saw it! She was inspired by the Vincent Van Gogh Sunflower painting below. I used the "marriage of metals" technique and combined brass and bronze to form the vase. I then soldered it to a solid copper backing. I love this technique and feel the design options are endless. So what do you think? Is it something that you might want to try? I would love to hear your thoughts! TOOLS & MATERIALS Torch pickle pot solder, medium flux different sheet metals geometric shapes on paper sandpaper, various grits permanent sharpie, fine tip jewelers saw Photoshop or similiar program paper Sheet metals triangle metal ruler sander or bastard file metal shear flat soldering surface safety goggles dust mask
