Thin and minimal desktop stand for the Pebble watch. Will be made available for purchase after the test version arrives.

Based on a similar, larger design in Atlanta, GA (http://i.imgur.com/qw3Ln0l.jpg), I haven't yet printed this so I'm not sure how it will turn out after production.

A coaster I made with 12 tentacle-like arms.

Two single-piece inseparable and interlocking pieces. Example of something easy to do with 3d printing but hard just about any other way.

Pin and Holes is a test of minimum detail and hinge/axel rotation. There is a hollow pin with a radius of 5mm and three holes with radii 5mm, 5.05mm, and 5.1mm. Holes are arranged smallest to largest and are marked with "-" and "+" signs.

This is a wireframe model of a dodecahedron with connections larger than 1cm, Dodecahedron Wireframe Thin is thinner and cheaper.

Two of these models can be locked together by twisting them 180 degrees while moving them toward each other

A network of cubes interconnected.

A rough soda bottle (sorta like a coca cola bottle) I made as a test, unfortunately I don't think the support material can be removed if this is done in Transparent Detail

This is a model to test the flexibility of White Strong & Flexible at 0.1, 0.2, and 0.3 cm.

This model was made by placing elongated cubes next to each other and bending them in unique ways.

A waving American flag in full color.

Testing spacing for hinges (if the pin is centered in the hole, there is .5mm of space on all sides of it). These will be printed together in place, a similar model will be printed with the hinge parts separated.

Template

Extruded vertices from a sphere (as a test).

Twisted chain of 1 cm (2mm wires).

Design I made for Mother's Day

A series of overlapping rings rotated 15º on the x axis, then rotated at 30º intervals on the y axis.

Frame and wheel/axels for a car. Hoping the space is great enough that the frame won't be fused to the axels (we'll see).

Overall clearance: .5mm

Test with flexible material.

Testing spacing for hinges (if the pin is centered in the hole, there is .5mm of space on all sides of it). These will be printed together in place, a similar model will be printed with the hinge parts separated. - Mini Version