Wednesday, June 10, 2015

Baroque Pearl Earring Remake

I always find doing jewellery repairs an interesting challenge - you can learn so much about jewellery construction by studying the way the piece has been put together. Many of the costume jewellery pieces I've repaired over the years are constructed using different methods to those we regularly use as jewellery makers today and I find I learn valuable techniques to add to my repertoire by studying the way a piece has been constructed. The baroque pearl earrings on my desk today are a really good example so I want to share with you the step-by-step reconstruction of them. My customer received them as a gift from her mother so they have sentimental value to her but after years of wear, the fine gauge wire that they're constructed with has become kinked, making the earrings unattractive. So a remake is in order - my brief is to try to recreate the original design if possible.

The earrings have an unusual construction method: one continuous length of wire runs through the pearl and then becomes the earring wire. Another uncommon design feature of these earrings is that the pear-shaped pearl sits horizontally rather than vertically in the design. It's quite a clever construction method however the challenge will not be in the construction, but rather finding a suitable wire that won't kink quite so easily and isn't so thick that it requires the holes in the pearls to be drilled out.

The original wire is dead soft and easy to manipulate but that's what has lead to the kinking so I've chosen Beadalon's 22g Stainless Steel Artistic Wire. Stainless Steel wire is less malleable than regular Artistic Wire and it has more spring it it so it should hold it's shape better but still be pliable enough to work. It is also thin enough to fit through the existing bead holes.

So let's get started.

1. I've cut a 20cm length to work with and threaded one of the pearls onto it, leaving a 3cm tail.

2. To make the loop that the earring wire sits in we're going to create a wire wrapped loop, so bend the wire above the pearl at a 90° angle.

3. Create a loop with round nose pliers at the bend. You can move the pearl out of the way to do this.

4. Wrap the tail twice around the neck of the wire and trim away the excess. I use old flush cutters for this rather than my good ones because stainless steel wire can damage the blades.

5. Leave a small gap between the pearl and the wire wrapping (you'll need this space for the following step) and bend the wire where it exits the other end of the pearl. Bring it back towards the wire wrapping. You want the wire to sit firmly against the side of the bead but you need a little slackness for step 8.

6. Wrap the wire once around the base of the wire wrapped neck.

7. Now bring the wire back around the other side of the pearl so that the pearl is cradled on each side by wire.

8. Insert the tail through the first loop.....

8a ...gently easing it through the loop so you don't create any kinks.

9. Thread the tail through the second loop cradling the pearl so that the wire cradle sits firmly against the pearl.

10. Use flat nose pliers to bend the loop upwards just above the wire wrapping - this will be the loop to hook the earring wire through. (Sorry, forgot to photograph this step).

11. Form the remaining wire into a round earring shape the width of the pearl. Use flat nose pliers to bend the wire at a 45° angle where it meets the loop and then trim the tail to approximately 5mm.

12. Use a cup bur to smooth the end of the wire. Make the second earring to match.

And here's the remake.

Time will tell if the Stainless Steel wire proves to be a permanent solution or a temporary one but for the time being, my customer is happy that she can wear her baroque pearl earrings again!

'Til next time.....

If you can't get enough of My Tutorials and you want even more inspiration, click here to find my books and printable pdfs

Monday, June 1, 2015

What is that Finding?

It's time for another instalment in the What is that Finding? series.
Four silver ball chain ends

At first glance, this little finding, with its round cup at one end and tag with a hole at the other, looks rather similar to a calotte (aka clam shell or bead tip). Like a calotte, this finding is designed to encase the stringing material ready for attachment to a clasp. But because it's hinged on the side rather than on the end, it's able to accommodate a different kind of stringing material. Can you guess what that stringing material might be?

Let me give you a hint. It's a type of chain.

If you've guessed ball chain then you're spot on. This little finding is called a ball chain end or a ball chain crimp end.

If you've worked with ball chain before, you're probably more familiar with the ball chain connector that has a slit at each end for the last link of ball chain to sit in.
Silver ball chain connector

Ball chain connector with ball chain

A ball chain connector eliminates the need for a clasp but it only works for a single strand of chain.
Lenth of ball chain with a ball chain connector used as a clasp.

The beauty of using a ball chain end is that it allows you to include it in a multistrand design. As you can see, ball chain ends come in a range of sizes to fit different sized ball chain.
Three ball chains attached to a jump ring

If you open the ball chain end, you will notice that the hinge is on the side, rather than the end. This allows you to place the last ball of the chain in the bottom of the cup......
Last ball of the silver ball chain placed in the cup of a ball chain end.

and then you simply close the top half of the cup on it.
Closing the ball chain end around the last ball of a length of ball chain.

Insert a jump ring through the hole on the end and the ball chain is ready to be included in your design.

Ball chain ends make attaching ball chain a breeze and I think you'll find they give you a very secure and professional finish to your jewellery.

'Til next time.......

If you can't get enough of My Tutorials and you want even more inspiration, click here to find my books and printable pdfs