This is a 3"x3" by 2" high model of the great pyramid.

These are models of the conical hail stones that fell November 24, 2012 in the Fingerlakes. They were entered into a CAD system so they could be tested in an updraft wind tunnel for terminal velocity. They are very close to actual size.

A very pretty and simple shell. The surface is very smooth when printed.

This is a beautiful shell. Never seen in nature. Your shell collecting friends will get excited when you have one and they don't. Just don't tell them where you found it and they will have to keep looking!

This shell reminds me of the popular cartoon character Lisa Simpson.

This is a simple ammonite type shell and prints nicely.

I spent the day repairing several old vacuum cleaners, so this shell came out of my CAD system- named after an antique Hoover.

This was my first shell. It took several iterations to get this past the shapeways inspectors. It is a simple little shell and now has been hollowed out in 3 turns to reduce cost.

This can be folded out of paper and is a great savings. Somehow I will continue to shave more material off the inside to make it cheaper.

This can be folded out of paper and is a great savings. Somehow I will continue to shave more material off the inside to make it cheaper.

This can be folded out of paper and is a great savings. Somehow I will continue to shave more material off the inside to make it cheaper.

Scalable to any ring size. The outside edge on this ring is a bit sharp and will require some adjustments. I have doctored mine with some sand paper. Shortly the model will be rounded a bit to take off the edge.

This 12 piece burr puzzle was found in a garage sale in the unassembled state. After several tries I assembled it. I've been told there are two ways to assemble the 12 identical pieces, but have never found the second solution. Assembled view shows solid model, yours will arrive white with hollow ends.

Needed this $10 part to fix my Flowbee... then the lights went on, and I realized I could have Shapeways make it for me for me. You may need this part for your Flowbee as well, so it is available. Once installed I had to file down the tip of the shaft about 1/8", add a drip of CA glue on the shaft when intalling, and now my Flowbee is working again. When you 'print' this part you get 2 that are identical.

This is designed to have a small 1/2" OD bearing inserted, and used as a heavy duty swivel on my spinning kite bols. The fishing swivels currently in use are not really designed for the workout my kites provide them.

This herringbone low tooth count gear was designed to be like a pair spotted 30 years ago in Kodak. Haven't seen any since. They might have been used as the twin gears found commonly in oil pumps. If you order two, they mesh perfectly and serve as a nice example of this rare style of gear.

This 'object' prints 4 Eddy kite connectors for 1/8" or 3mm dowel.

This cylinder has thicker walls to allow printing in sandstone and ceramics.

These are going to have to be reduced in volume after a structural analysis to preserve strength. They are designed for 1/4" dowling. Note that 4 are in this 'object' when printed.

These have been designed to make a two cell tetrahedron kite. Might be able to get away with 8 connectors, cutting two in half, but this 'object' will print 10 connectors for 1/8" inch or 3mm dowel.

This is a duplicate of a nice little wooden one I own that produces pleasant notes. It contains two depressions on the back for thumbs, or for a place to drill holes for two more notes, making it a 9 hole ocarina. Not yet sure the lowest note is C, but it should be in tune with itself as the volume and hole sizes are identical with my wooden model. Big question is... will the porosity of "Strong White & Flexible" keep it from working? Answer... way too porous to function. It will require stain and sealing to function.

This simple rocket is designed for the Estes mini motors which are 13mm x 45mm. Uploading it was a quick test of minimal cost for this simple design. It was designed for a 1/8" diameter launch rod. This has been printed. It arrived with a slight curl in the fins, due to tight packaging. Shaping them in my hands brought them back to straight. I will probably thicken the fins to remedy the situation. Launch planned soon.