Showing posts with label fashion. Show all posts
Showing posts with label fashion. Show all posts

The latest fashion trend for all you 3d printing geeks

If you are into 3d printing then this is THE style of jacket you should wear!









































Detailed project description:

This jacket has 40 neopixels sewn to the back to display the status of the 40 3D Printers in Duke’s Innovation Co-Lab Studio. Each light corresponds to one printer and is either blue (in use), green (available), or red (offline) to show the real-time status of the printer. The printer status is retrieved via Duke’s Innovation Co-Lab’s 3D printer status API, documented here: http://apidocs.colab.duke.edu/.


Instructables page with all the steps and code:

https://www.instructables.com/id/3D-Printer-Status-Jacket/

High 3d printed fashion projects by Lilah LaValle and Airwolf3D

3d printed fashion is really emerging as one cool new area for artistic expression. I recently found this two nice works of arts (and 3d printing crafts). One is more industrial-art and second is more of a DIY-fashion project.

First piece is a fully 3d printed Red Corset designed by German artist Lilah LaValle in collaboration with her boyfriend Daniel Sirkett and it is printed by Shapeways in SLS Nylon. Since it is a larger and more complex piece the high-end SLS process was required sou you probably will not print this soon in your home.

Photographer: Susanne Kreuschmer / Lily Like Visual Art H&M: Meachy Wong Model: Lilly / Look Out Management

And here is a Sandy "the materials girl" from Airwolf 3D showing all the clothing, jewelry and accessories you can already 3d print at home from various commonly available DIY materials!

The A.X.I.O.S. (Advanced Xtreem Integrated Operating Scales) dress designed by Cameron Williams is printed from hexagonal plates in ABS / TPU / TPE. Very cool!




Kinematic Dress 4D printed clothing made by Nervous System

Nervous System in collaboration with Shapeways presented this fully 3d printed wearable dress printed in commercial powder based machine. The dress is made out of 2.279 triangles and 3.316 hinges.

From project description:
Nervous System has created the first dress with Kinematics, their unique 4D printing system that creates complex, foldable forms composed of articulated modules. The Museum of Modern Art has acquired the dress along with the software that created it for their permanent collection. Composed of thousands of interlocking components, the dress was 3D printed as a single folded piece at the Shapeways factory in New York City and required no assembly.
This was made possible by Nervous Systems' Kinematics system which combines design generation, customization, and simulation to enable the production of large flexible structures by 3D printing.

Credits:Dress created by Jessica Rosenkrantz and Jesse Louis-Rosenberg, Nervous SystemWorn by Lana BriscellaFilmed & edited by Andrew Robertson & Passerby FilmsFilmed at Shapeways Factory in New York CityMusic by Joseph FraioliSpecial thanks to Duann Scott
Here is the video of dress creation process:




Here is the project homepage:

http://n-e-r-v-o-u-s.com/projects/sets/kinematics/


Dress in motion:



The dress in motion. Source: Nervous System

Kinematics dress is designed with Kinematics Cloth software developed to design 3d printable clothing and textile-like structures. You can use it yourself and design your custom 3d printed dress from your 3d body scan here:

http://n-e-r-v-o-u-s.com/kinematicsCloth/





Since the dress is larger then the available printvolume it needs to be folded in order to fit inside the 3d printer. This is done with Kinemtics Fold software:





Converting 3d printer into tattoo machine






France is great. apparently you get money there from the government to mount tatto machines on 3d printer and draw circle tattoos on real people. cool.

In october 2013, a famous design school in Paris, ENSCI les Ateliers, hosted a workshop organised by the French Ministry of culture. The idea was to use images, videos and sound fallen in the national pubic domain and use them in a sort of “Mashup”. The event was called Public Domain Remix.
The students had one day (8 hours) to pick their digital material and transform it, hack it or remix it.
Le FabShop, was invited as a digital manufacturing expert to help the students realise their project.
After a short brainstorm, all the teams came up with similar ideas, except one, who really went out of the box with their concept. They had this silly idea of making a machine that could automatically create tattoos taken from a bank of images. They learned from le FabShop's representative that their concept was more than feasible. It could be prototyped by themselve, using the school's equipment.
In one afternoon, they managed to hack a Desktop 3D printer and enable it to trace on skin, using a pen instead of the extruder. The crowd was amazed and the Minister of culture even came to see the projects, but the young designers didn’t want to stop there. They wanted the machine to make REAL tattoos, on REAL skin, so they kept working on the project during their spare time, with some help from teachers and other students.
They borrowed a manual tattoo-machine from an amateur tattoo artist and found some artificial skin for the first tests. They chose to draw a simple circle. The perfect shape to test the precision of the process. It worked! But now they had to find a volunteer to be their “guiney pig”…
Somehow, they had no difficulty. A lot of people where excited by the idea of being the first human tatooed by a “robot”.
The big difficulty was to repeat the same exercise on a curve surface and on a material that has much more flexibility than silicone. Many tricks were tried to tighten the area around the skin ( a metal ring, elastics, scotch tape...) but the most effective one was a scooter’s inner tube, open on the area to be marked.

How to guide (remember to use your brain):

http://www.instructables.com/id/3D-PRINTER-X-TATTOO-MACHINE/





Sneakerbots shoes printed in highly flexible Filaflex by Recreus

They look good, but probably wont' survive much walking  ...



From project page:
The new sneakers by Recreus printed in Filaflex 1.75mm.
During months we have investigated and work hard to develop the 1.75 mm filaflex format. Sneakerbots are the actual proof that shows filaflex works becoming in the most elastic filament on the market.
The sneakerbots by Ignacio Garcia are inspired by 80s films such us back to the future, starwars, short circuit etc.
Should be noted that the new design is more comfortables than first one. You can vary the softness changing the percentage of infill. The tongue makes that laces don´t hurt foot.
Hope you print them, wear them and be the coolest maker in your city!!

http://www.recreus.com/modules/pk_blockblog/blockblog-post.php?post_id=2#.UyTctPl5N8F

You can download the files for the shoes here:

http://www.thingiverse.com/thing:263098




3d printable glowing cyberpunk spikes by Adafruit

Adafruit gang has a new wearable fashion project. Spiky project.


Make your own glowing spike fashion accessory using 3D printing with NinjaFlex flexible filament to diffuse a strip of NeoPixel LEDs, controlled by GEMMA inside a flexible stitch- or pin-on enclosure.

http://learn.adafruit.com/cyberpunk-spikes/

Other 3d printed wearable electronics projects:

http://diy3dprinting.blogspot.com/search/label/wearable



OpenKnit - open source knitting machine

Well, it IS a kind of additive manufacturing!

OpenKnit is an open-source, low cost (under 550€), digital fabrication tool that affords the user the opportunity to create his own bespoke clothing from digital files. Starting from the raw material, the yarn, and straight to its end use, a sweater for example, in about an hour. Designing and producing clothes digitally and wearing them can now happen in the very same place, rewarding the user with the ability to make decisions regarding creativity and responsibility.






OpenKnit homepage:

http://openknit.org/

OpenKnit Github repository:

https://github.com/g3rard/OpenKnit

Knitic, a software that allows you to design clothes and communicate with the machine, developed by Mar Canet and Varvara Guljajeva

github.com/mcanet/knitic

Do knIt Yourself acts as an open-source clothing platform to share clothes virtually and freely.
http://doknityourself.com/























Update:

If you are interested in open source textile and clothing production, tools for it and problems involved take a look at talk by Hong Phuc Dang at 31th Chaos Communication Congress. It is a must-watch presentation for any open source clothing aficionado.



Talk summary:
The talk is about our project to develop software and hardware tools for a fair and environment friendly garment and textile production and how we break down the locks that exists on every level in the industry from design, to software, machines and distribution.
The talk is about our project to develop software and hardware tools for a fair and environment friendly garment and textile production and how we break down the locks that exists on every level in the industry from design, to software, machines and distribution.
We want to set up our own personalized open textile production line and offer an alternative to the unethical ways most of our clothes are produced today. At the talk we will present the first successes of this endeavor in our community - Open Source pattern making software, sewing robots, next generation knitting machine upgrades - and challenges that are ahead.
Democratizing digital textile production and offers the chance for a fair and environment friendly production of garments and textiles at home and in the industry. Just as 3D printers enable more and more people to become makers we want to enable digital garment makers to create their own clothes, share them online and produce it where-ever they are.
Members of our projects include software developers, fashion designers, pattern creators, knitters, textile manipulators, hardware hackers, and even industry experts. We started a FashionTec Working Group about two years ago after the annual Libre Graphics meeting in Madrid.
The traditional industry is in a state of complete lock on all levels:
  • digital fashion design locked to competing proprietary formats and software 
  • production locked to machines of producers accepting formats 
  • distribution lock - locked to existing large distribution channels in order to be a viable business
The Free and Open Source community has taught us that it is possible to overcome a complete proprietary lock down. Let’s repeat this success in the textile and garment industry. We need Free and Open Source software, Open Formats and Open machines. With todays development tools successes are just a short step away. Our talk will give you insights and hopes to inspire more people

3d printable LED lights buttons powered by Adafruits GEMMA and NeoPixels




If you are into wearable electronics and 3d printing you can combine them with this type of project. One of my friends made cycling jacket with hand gesture activated direction blinkers. With 3d printer, GEMMA controller and NeoPixel LEDs from Adafruit you can make this cool coat buttons.


Detailed build manual on Adafruit learning system:

http://learn.adafruit.com/neopixel-coat-buttons/

http://www.thingiverse.com/thing:226407





Wicked MAD 3d printed organic collars and bracelets by MadLab

I REALLY love this designs by MadLab. It is like something from a SF movie. Kudos to the designers!






























Here is the video about design process and technology:



Reverberating Across the Divide reconnects digital and physical contexts through a custom chronomorphologic modeling environment. The modeling interface uses a three phase workflow (3D scanning, 3D modeling, and 3D printing) to enable a designer to craft intricate digital geometries around pre-existing physical contexts.
Chronomorphology –– like its nineteenth-century counterpart chronophotography –– is a composite recording of an object’s movement. Instead of a photograph, however, the recording medium here is a full three-dimensional model of the object — a virtual creature simulated within a digital environment. This virtual creature exists as a 3D printable module; it is constructed as a closed mesh, with a spring skeleton that prevents self-intersections. The composite, chronomorphologic model (of the virtual creature over time) retains these printable properties at each time-step. Therefore, no matter how intricate or complex, the digital geometry will always be exported as a valid, 3D printable mesh.

The chronomorphologic modeling environment facilitates the rapid generation of baroque and expressive spatial forms that both respond and expand on existing physical contexts. By mediating 3D scanning and 3D printing through the modeling environment, the designer has a streamlined workflow for oscillating between virtual and analog environments. This ease between digital design and physical production provides a framework for rapidly exploring how subtle changes in the virtual environment, physical environment, or designer’s gestures can create dynamic variation in the formal, material, and spatial qualities of a generated design.

––––––––––––––––––––––––––––––––––––––––––––––––––––––––
This project was supported in part by funding from the Carnegie Mellon University Frank-Ratchye Fund For Art @ the Frontier (http://studioforcreativeinquiry.org)
––––––––––––––––––––––––––––––––––––––––––––––––––––––––
Music: "Portofino" by Teengirl Fantasy (http://teengirlfantasy.angelfire.com)

here is the MadLab.cc homepage with more photos:

http://www.madlab.cc/work/#/reverberating-across-the-divide/

For other cool looking 3d printed fashion pieces look here:

http://diy3dprinting.blogspot.com/search/label/fashion


Rostock Max with DIY laser upgrade used for leather etching

Video of a DIY project where a WickedLasers Spyder Arctic 3 laser is attached to the gantry of SeeMeCNC delta configuration Rostock Max 3D printer and used to etch patterns into leather. Cool!


Nooka and Cubify partner up to deliver custom watches







From product description:

With custom 3D printed watchbands made just for you and paired with your favorite Zub 40 timepiece, the NOOKA limited edition collection is one of the first hybrid accessories lines to pair the freedom of creation of 3D printing with high quality fashion.
This special edition has been made using technology of the future; 3D printed bands are fused into shape by a high powered laser, one layer at a time. Each band is created from an individually unique file and dyed in a small batch, using high quality fabric dyes. Over time you may see some wear in the color of your band, just like your favourite pair of jeans.
About NOOKA
NOOKA is a New York fashion design company founded by artist/designer Matthew Waldman. The ethos of NOOKA is universal language, which guides the creation of products with enhanced functionality and a technoprogressive philosophy. NOOKA delivers the revolution in interface design to lifestyle—MINDSTYLE™—optimism, progress, our future. We believe the future should not look like the past.

http://cubify.com/nooka

http://www.nooka.com/




Update (17.1.2014):

here is Nooka in partnership with 3D Systems on CES 2014 with interesting presentation about their 3d printed watches. Nooka founder Matthew Waldman is presenting and he claims "3d printing will be ubiquitous":


New 3d printed eyewear: Mykita Mylon and Patrick Hoets custom titanium frames

I found two new examples of 3d printed eyewear:

Mykita Mylon 2012 3d printed collection

Their collection is customizable for each buyer and it is produced by SLS in patented polyamide material.

From company page:

In 2007 MYKITA began experimenting with the polyamide material, aiming to pioneer it in the production of spectacles. After years of research MYKITA developed a complex process that creates a sophisticated finish in several steps and gives the frames a unique visual and tactile appeal. MYKITA named the new material MYLON and has since won recognition for the development process in the shape of the 2011 iF material award.

























Patrick Hoets custom 3d printed titanium frames

Company is based in Belgium.

From company page:

HOET proudly presents a new concept in eyeglasses.

After four years of research and development, Hoet has launched the ‘Made in Belgium’ 3D laser-printed eyeglasses made of titanium. The 3D technology offers a number of unprecedented options in terms of design. In addition, this technology is eco-friendly – a feature that must not be overlooked. The form is essential; the technique is a tool to achieve that form…
The Hoet Couture eyeglasses fit in well with the “classical” Hoet collection. They too, are modern and beautiful. Quality and comfort as always are the basic precepts.
The eyeglasses are rust-free and anti-allergic, light, yet durable and well-fitting.
Conspicuously inconspicuous and inconspicuously conspicuous


























Sources:

http://www.eyespectacle.com/2012/10/Mylon-Mykita.html

http://eyewear.hoet.eu/nl/hoet-couture/NTMx


Related post:

http://diy3dprinting.blogspot.com/2013/08/protos-eyewear-3d-printed-and-custom.html


3d Printed Nails by The Laser Girls

3D printed fashion collaboration project by New York based digital artists Sarah C. Awad (http://www.sarahcawad.com) and Dhemerae Ford (http://www.dhemeraeford.com).































http://thelasergirls.tumblr.com/


PS: When I posted this I wondered who was the "average" reader of this blog and how many people will find this interesting. Just sayin' ...

Update:

Here is video of Laser Girls


3d printed (hot) fashion pictures from MakerFaire 2013 (ThreeForm)

Just some random pictures (source unknown, I do not own the copyright). It looks like they are from ThreeForm, company oriented on 3d printable fashion design ...
They look cool, hot and futuristic. I'm not sure if this fashion will catch on, but I like it ...






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