A clasp bracelet has two small connections doing most of the work. Flexible beading wire passes through a crimp tube, around a fixed attachment eye and back through the tube. The crimp grips those two wire legs. At one end sits the clasp; at the other, the closed ring it fastens onto.
This project uses a lobster clasp and an ordinary two-stage folding crimper. A crimp tube is the small metal sleeve the tool deforms around the wire. Start with wire, tubes and a tool sold as a compatible system.
Choose the end connections before the beads
| Part | For one bracelet | Check |
|---|---|---|
| Beads | One fitted layout and resizing spares | Choose end beads that take both the standing wire and its returning tail. |
| Flexible beading wire | One working length | Use jewelry-stringing cable, rather than solid craft wire. |
| Crimp tubes | Two, with spares for practice | Use the size specified for the wire and crimper. |
| Lobster clasp and closed receiving ring | One each | Check the fixed eye and that the clasp gate closes over the receiving ring. |
| Tools | Matched crimper, suitable wire cutters, stopper, ruler and tray | Keep the crimper’s diagram nearby. |
Beadalon directs makers to the crimp specification on the wire spool. Tube dimensions alone are insufficient: a tube from another system may have a different bore or wall. If you are choosing between elastic, cable and a coil, compare the foundation options first.
View full-size image ↗Allow for both end fittings
For a repeatable workshop measurement, unfasten the bracelet and lay it flat without tension. Measure from the outer clasp tip to the far outer edge of the receiving ring. Include the wire loops in the end-hardware allowance; the sizing guide uses these same endpoints.
For example, a trial open-flat length of 190 mm with a 22 mm end-hardware allowance leaves about 168 mm for beads: 190 − 22 = 168. Check the wearing fit before making the second crimp permanent. The sizing guide defines the measurements.
Learn the crimp on an offcut
Slide a tube onto a short wire offcut, pass through a spare closed ring and return through the tube. Keep the two wire legs beside one another rather than crossed inside the tube.
- Place the tube in the forming groove shown in your tool diagram. Squeeze to create the central indentation, with a wire leg on each side.
- Move the formed tube to the rounding/folding groove. Orient it so the indented sides fold together as the jaws close.
- Inspect the folded tube and gently draw the ring and standing wire apart. Check for slipping, a split tube or a visibly damaged coating.
Beadalon’s answer to question 72 explains why the tube must be turned correctly before the second squeeze: otherwise it can flatten across the fold. The two actions above follow the matched two-groove tool shown in Beadaholique’s demonstration. Use the complete instructions for your own crimper: a preparation squeeze or a different groove sequence in its diagram is part of that method, not an optional step.
If the practice connection slips or splits, use fresh wire and tube after checking the pairing and tool orientation. Repeatedly squeezing a failed sleeve makes the result harder to judge.
Attach the clasp end
- Cut about 35 cm of wire for a bracelet-sized practice project, leaving working tails.
- Slide on the first crimp tube, pass through the clasp’s fixed attachment eye and return through the tube. Keep clear of the moving gate.
- Adjust the loop so the eye can move, with little excess wire around it.
- Hold the two legs side by side and crimp using the practiced sequence.
- Slide the end beads over both the standing wire and the return tail. Check that neither wire is being forced. Once the tail exits the selected end beads, trim the surplus clear of the standing wire, then bend the strand and check that no wire tip is exposed.
This route uses a smooth fixed eye directly. A wire protector is an alternative component with its own threading path; the Beadalon project sheet hosted by Michaels shows that arrangement.
String the layout and close the receiving end
Transfer the pattern, keeping track of the first return tail inside the end beads. For this beginner construction, replace an end bead that cannot take two passes. That gives the trimmed tail somewhere to finish away from the wrist.
- Add the second crimp after the last bead.
- Pass through the closed receiving ring, back through the crimp and into the end beads.
- Curve the strand into its wearing shape. Bring the beads together while leaving enough movement for the bracelet to bend.
- Check its length, wrist fit and clasp operation while the second loop is still adjustable.
- Crimp the second tube, then check both ends for slipping or damage.
- Trim the surplus tail near its exit from the end beads, keeping the cutters clear of the standing wire. Check that no sharp wire tip protrudes or becomes exposed when the bracelet bends.
A strand pulled tight in a straight row can buckle when curved. Beadalon discusses this source of stress in its wire troubleshooting; establish the wearing curve before the final crimp.
View full-size image ↗Final connection checks
| You see | Do this |
|---|---|
| Wire slipping in a crimp | Rebuild that connection with fresh materials after checking the system and tool sequence. |
| Clasp gate catching on the receiving ring | Change the pairing so the gate closes freely. |
| Beads held in a rigid or buckled curve | Rebuild with enough room for articulation. |
| A protruding wire tail | Recheck the return route and trim without cutting the standing wire. |
View full-size image ↗Save the wire, crimp and tool identities in the assembly checklist. The clasp guide helps compare mechanisms; the charm tutorial covers an additional hanging connection.