Tennis bracelet, free 3D model

Yes. There's no account, no watermark and no limit. You can print it, cast it, render it and sell what you make. If you share the file itself, please credit Bling AI with a link to this page.

STL for 3D printing or a casting house: the metal only. 3DM to open in Rhino or Matrix, with the metal and stones on their own layers. OBJ for Blender, KeyShot and most other 3D software. GLB for the web, AR and quick renders, with metal and diamond materials. All of them are in real size.

Yes, as separate closed solids already linked, 0.22 mm apart, so a resin printer makes the whole bracelet in one go and it moves straight off the plate. Every stone's seat is cut to its exact shape and the prongs are modelled closed, as they look once set. For metal, ask your caster before casting a linked bracelet in one piece; it can also be cast a link at a time.

This one, as first shown, is about 7.0 g in 14k gold, 8.3 g in 18k gold and 11.4 g in platinum, measured from the 3D model itself. The table above has other sizes.

Add up the stones. At 7 inches this model takes 55 stones of 2 mm (about 1.6 ct in all), 46 of 3 mm (about 4.6 ct) or 39 of 4 mm (about 9.2 ct). Smaller stones mean more of them, and the bracelet looks finer.

Yes. Each flat loop threads its neighbour's standing loop with room to move, so the links turn and bend round the wrist like a chain, while the baskets stay close on top.

Measure the wrist snugly and add about half an inch (1.3 cm) for a close fit or an inch (2.5 cm) for a loose one. 7 inches fits most women's wrists. Tennis bracelets are usually worn close, so they don't spin.

Yes. Make product photos of it opens the piece in our 3D viewer: choose the metal and angle, and Bling AI turns that view into studio and on-model photos. That part needs a free account.