A ring with two fluted bells resting side-by-side, resembling stylized flowers.

WARNING: This may not be suitable for printing in stainless steel - it's possible that there may be some sagging or flattening of the flowers, since the material is soft before finishing.

A fun cat pendant with lightly raised borders. Available also with the the leopard print on request. Note that the full-color version illustrated is only available with the choice of full-color sandstone as the material. (A clear smooth coating such as nail polish will brighten the colors in this material.) Other materials will be one solid color.

(Based on an icon from http://icons.mysitemyway.com, from their "Magic Marker Icons" set.)

The width of the band is a bit under 8mm, and the depth is ~3mm (the example uploaded has a 23mm inside diameter).

A dainty and elegant pendant similar to my shell ornament. I think it would probably look great in stainless steel. The hanging loop is 1.5mm thick, and all wall thicknesses are over 1mm.

A great way of expressing longer sentiments - up to 244 characters with a 8cm diameter. Your text will be repeated as many times as it will fit (with at least 0.5cm separation between each repetition). Width of the band is 1.1cm, and the text height is ~0.5cm.

For a cheaper option, see my Mobius Text Napkin Ring (http://www.shapeways.com/model/182784/mobius_text_napkin_ring.html?gid=ug28511).

NOTE: It's possible that this isn't printable in stainless steel, as the wall thicknesses are below the recommended limit of 3mm for this material.

Another fun flower with spiralling petals. Hole in the loop is 2mm.

A single twisted strip around the finger. Band width is 5.6mm, inside diameter is 17mm, and the thickness is 1mm.

Ring has 18mm inside diameter. The inner band is 1mm thick and the edges are 2mm thick.

(The droplet shape was taken from MS Windows Wingdings font.)

A slightly more robust version of Shell Ornament 2, with thicker ribs and a bit less rotation. The rib width is less than 0.7mm at the centre, but the rib depth is ~1.3mm. I expect some fusing and loss of detail in the centre, but not too much, I hope. The previous version is still available at http://www.shapeways.com/model/66469/shell_ornament_2.html.

Ring with small loose ball in twisted cage. Inner diameter is 18mm, band is 2mm in diameter, and the ball is 2.2mm in diameter. (The ball is printed with clearances not shown in the renderings, where it is shown lying at the bottom of the twist.) Can be done in other sizes - let me know if you're interested.

Twists into itself like a shell (but from both sides). Loop hole is 3mm in diameter. Wall thickness of ~1.73mm.

A dainty ruffled ring. The ruffle is ~3mm deep.

Two strands twisted together. Inside diameter is ~6.5cm.

Each interlaced band has a depth of 1mm, with a total band depth of ~2.2mm, and the band width across both is 4mm.

A strip twisted around the finger twice. This would make a gorgeous wedding band in silver or gold-plated stainless steel. The strip is 1mm thick, and the total band thickness is 2mm. (Inside diameter of ring in default view is 23mm.)

A dainty ruffled ring, resembling a garter belt. The ruffle is ~3mm deep.

A livelier version of the Double Trumpet Ring (also hollow), with trumpets bent outwards. The band is ~2.6mm thick.

Warning: This ring may not be suitable for printing in stainless steel. Because the material is soft before finishing, sagging or flattening of the trumpets may occur.

A mobius strip with your own text and either 1 or 3 twists, sized with just over a 3cm inner diameter, perfect for a napkin ring. This would be terrific as decor at a wedding, doubling as a wedding favor for the guests. Also makes a great personalized ornament. Your text will be repeated as many times as it will, with a margin of ~5mm, or can be spaced to fit as needed. (See my mobius text bangle for a larger ring.)

NOTE: This item is possibly not printable in stainless steel, and the text lettering is somewhat less than the 1mm level of detail given for stainless steel. The wall thicknesses may also be too thin for alumide.