Ponoko - All items tagged with science

Neural Necklace

razoo — Sat, 19 Apr 2008 06:50:50 GMT

A necklace inspired by a current scientific breakthrough; the understanding of the human brain. This will dramatically change our lives and jewellery can make people aware of it. The form of this piece is based on the brain's dense neural structures, is made out of thin white styrene, and can be bent around the neck. Thanks go out to Nicole de Witte, who posed as a model for the photos

Diatom Decorative Bowl

PolymathDesignLab — Wed, 25 Nov 2009 06:01:55 GMT

This intricate bowl is based on the lovely design of a type of tiny algae called diatoms. These phytoplankton come in all sorts of incredible shapes, with silicate cell walls (called frustules) that show nearly ornate patterns of pores under a high-powered microscope. The first edition of this bowl is currently on display at the Phylogenetic Museum at the University of Jena, Germany as part of a Diatom-focused exhibition. To make this bowl, the pattern of one form of diatom was hand drawn, then laser cut from white acrylic. The shape is then heat formed into a bowl with a depth of approximately 2" and measuring around 7.5" diagonally. Attractive and modern enough to stand on its own, it is also sized perfectly to hold things like business cards, keys, or candy. Want another color? Just let me know your preference and I'll set it up- this can be made in any of the 3mm acrylics that Ponoko carries! This will be cut when you order and shipped to me for forming, so please allow 2-4 weeks minimum. Thanks!

Igor Laboratory Lamp

Whystler — Fri, 24 Jul 2009 00:27:37 GMT

A special gift from your favourite lurching, mishapen, but warm hearted assistant! Igor Lamp embodies the soul of invention and its satisying glow will light the way to many a breakthrough in your lab. Using its dimmer switch, you set the mood for low-lit contemplative research or bright, window-blazing illumination. This item comes to you in two shipments. Bamboo pieces arrive diectly from Ponoko. Sockets, bulbs, knob, and instructions arrive separately from vendor. Some easy assembly is required (ie. removing laser backing and slotting together the bamboo box) All electrical parts come assembled and wired properly. Then, all you need to do is insert the electrical assembly into the box and snap on the knob as per instructions.

Steampunk Couture: Goggle Leather Pattern

gianteye — Wed, 30 Jun 2010 04:53:03 GMT

This is a ready to print eps file for my CNC steampunk goggles. You can find more details, 3d and 2d cad files, photos, and a full list of materials at http://www.thingiverse.com/thing:3448 To complete the design you will need the parts list I put up on Thingiverse. This requires 3d prints which can be purchased here http://www.shapeways.com/shops/gianteye I cut my design out of the Ponoko natural russett leather. I then cleaned off the laser cut edges with rubbing alcohol, dyed the leather, conditioned it with neatsfoot oil, and began to stitch. The leather is fairly hard so you'll want to flex it a good bit with your hands to soften it up before sewing. Good luck!

Eyepieces for Steampunk Couture Goggles

gianteye — Wed, 30 Jun 2010 07:12:18 GMT

If you're assembling yourself a pair of Steampunk Couture Goggles, you will need a pair of these to cap things off. I recommend laser cutting them out of the 3mm red tint that ponoko offers. For more details on the design visit http://www.thingiverse.com/thing:3448 The design files for the leather components of these goggles can be found at http://www.ponoko.com/showroom/gianteye/steampunk-couture-goggle-leather-pattern-4567

Helical Symmetry - laser cut DNA double helix necklace in black

morphologica — Wed, 14 Jul 2010 15:29:25 GMT

'Helical Symmetry - laser cut DNA double helix necklace in black' Stunning laser cut necklace formed from elegant intertwined DNA-like strands. A truly unique piece inspired by the beauty of neuroscience Laser-cut from black acrylic, crafted into a beautiful necklace with a silver chain. Approximate pendant length is 2.8 inches (7.2cm). Chain length is 18 inches (other lengths available on request). Created using high quality silver-plated components. *This design is also available in other materials and as earrings* ....................................................................................................... See more Morphologica creations http://www.morphologicadesign.com ....................................................................................................... About the design and production process: Each piece starts its life as a sketch on paper, then is modelled digitally and cut by laser beam, before finally being assembled into a truly unique piece. During my PhD research, I have discovered that science can be surprisingly beautiful- single cells viewed under a microscope, intricate networks of cells important for learning and memory, and even the curving structure of the brain itself. I have tried to capture some of this beauty in the Morphologica pieces, focusing on the shape or morphology of a variety of subjects studied in neuroscience. Copyright Morphologica

Helical Symmetry - laser cut double helix DNA earrings

morphologica — Wed, 14 Jul 2010 15:48:05 GMT

Stunning laser cut earrings formed from elegant intertwined DNA-like strands. Beautiful and unusual. A truly unique piece inspired by the beauty of neuroscience Laser-cut from black acrylic, crafted into beautiful drop earrings with silver hooks. Approximate earring length from top of hook is 2.6 inches (6.7cm). Created using high quality silver-plated components. Sterling silver hooks available on request (smaller hooks without ball feature) via 'message to seller' box during checkout. Earrings are created with new hooks that have not been worn. *This DNA design is also available as a necklace or as earrings in a larger size or different colour* ....................................................................................................... See more Morphologica creations http://www.morphologicadesign.com ....................................................................................................... About the design and production process: Each piece starts its life as a sketch on paper, then is modelled digitally and cut by laser beam, before finally being assembled into a truly unique piece. During my PhD research, I have discovered that science can be surprisingly beautiful- single cells viewed under a microscope, intricate networks of cells important for learning and memory, and even the curving structure of the brain itself. I have tried to capture some of this beauty in the Morphologica pieces, focusing on the shape or morphology of a variety of subjects studied in neuroscience. Copyright Morphologica

Nrb1c3

mVVKt346 — Thu, 23 Jun 2011 07:07:23 GMT

Unpublished xray crystallographic data of protein structure

Molecular Surface

mVVKt346 — Fri, 26 Aug 2011 17:45:03 GMT

A rendering of the Van Der Waals surface of a molecule.