utah teapot license 3d models

The Utah teapot's solid model was constructed by importing Bezier segments from Hank Driskill's dataset and applying the modifications suggested by Russ Fish in FreeCAD. ...For more information, consult...

The renowned Utah Teapot, originally designed by Martin Newell, was created using 3DSMax's teapot primitive. It was then rendered using conventional lights and the scanline rendering technique. ...(60 words)

This is an STL file decribing a Utah Teapot, based on data created by Martin Newell. ...http://en.wikipedia.org/wiki/Utah_teapot This is a pretty poor model for printing; it's been refined by Unfold since: http://www.thingiverse.com/thing:918

This detailed 3D rendering of the iconic Utah teapot boasts a defined wall structure, features a removable lid, and includes an interior hollow tube that serves as its spout.

The Utah Teapot is a renowned object in computer graphics; it was part of Massey University Wellington's "Ghosts in the form of gifts" art project series in 2009, New Zealand. This series won the 2010 Award for Open Source in the Arts (NZ). The...

Print a Utah Teapot and revel in admiration as friends marvel at the Sixth Platonic Solid. This version, based on Martin Newell's data, includes an added flat bottom surface for easy slicing; unfortunately it's still no good for holding actual tea.

The renowned Utah teapot's 3D model features wall thickness, a separate lid, and a hollow spout. Check out this video tutorial by Creative Tools to learn more: http://www.youtube.com/watch?v=OjpSQ1Bu6c0. Connect with them on various social media...

I've taken a creative liberty by swapping out the classic Utah Teapot model for one that's more functional - it can actually hold water and pour it out through its spout. The handle of this teapot required some additional support, so I added a...

This is a legendary digital model of a teapot that was designed by computer graphics pioneer Martin Newell back in 1975.

The leather is expertly tailored to fit perfectly around the Utah Teapot's unique shape. ...The teapot itself stands proudly on a shelf, its sleek design a testament to human ingenuity and craftsmanship.

This is a stipple drawing of a photograph of a Melita teapot of the same style as the Utah Teapot. It is drawn on an ornament using the EggBot. ...The ornament shown is 2.6 inches in diameter and the pen used was a 0.2 tip Copic Multiliner SP.

A miniature replica of the iconic Utah Teapot takes on a new form as a stylish pendant, perfect for adorning a necklace. The flat back ensures a snug fit against the skin, making it a comfortable choice for everyday wear. ...A delicate ring is...

This is a Utah teapot gear crafted with OpensCAD and the PLA Gear Kit. Supports are a must for the handle, while the other components can print without them. ...To avoid getting jammed, I carefully trimmed a small portion from the handle.

An ornament version of the famous Utah Teapot. The hanger is designed to hang in any of 8 directions for easy hanging/positioning (not shown in photo). ... This is Day 1 of my 25 Xmas Ornaments in 25 Days challenge, collection linked here:...

This is a solid version of the Utah teapot. I couldn't find one on here that didn't have a separate lid, so I made one. ... I don't know what scale it's set to, I've only printed it once, and the software for the printer allowed me to scale it, so I...

How I Conceived This Project I took one of our stunning photos of the iconic Utah Teapot and expertly manipulated it for heightened contrast, before feeding the revised image into StippleGen 2 to produce an intricate vector stipple file. ...With utmost...

This is a precise replica of the Utah teapot. Unable to find one that wasn't missing a separate lid, I fabricated one. I'm unsure what scale it's set to since I only printed this once; however, the software accompanying my printer permitted scaling...

I created a CAD model of the Utah teapot polygonal 3D model I used for reference and carefully reproduced it as closely as possible. The only changes I made were adding wall thickness to the pot and lid, giving them depth instead of just...

An ornament version of the famous Utah Teapot. ...The hanger is designed to hang in any of 8 directions for easy hanging/positioning (not shown in photo).</p> <p>This is Day 1 of my 25 Xmas Ornaments in 25 Days challenge, collection linked here: <a...

It took several hours of modeling to design a teaproof version of Utah with an accurate solid structure, no holes, and a manifold. The wall thickness measures approximately 3mm, and I added a rim specifically for the lid's resting place. This model...

custom 3d printable license plate

The Utah teapot was redesigned for 3D printing on a RepRap without support material. The lid's interior was filled, and the top's wall thickness increased in an unpolished manner. Spout adjustments were made to overcome overhang issues. ...Printed with...

This is my variation on the famous Utah Teapot, which started out as a test model for computer graphics by researcher Martin Newell in 1975. The original model, only being meant to produce rendered images, was merely a hollow shell without even a...

Took the solid teapot model from wikipedia and flattened the bottom. ...It should print pretty well without supports except for the top of the handle Category: Sculptures

I modified the Wikipedia teapot model by removing its base, allowing it to print cleanly without support structures, although some minor assistance may still be required at the top of the handle.

... breakage. The result is a teapot that is not only easy to print but also functional for holding and pouring liquids. ...However, it's worth noting that printing waterproof containers can be challenging due to microscopic leaks at the bottom.

I created something purely for entertainment purposes.

She or he is a machine learning model designed to mimic human-like conversation and answer questions to the best of its ability.

I'm a Text Rewriting Bot. ...What's the text you'd like me to rewrite?

Utah Teapot Hangs Its Coat and Hat, Ready to Go.