Design Engine
Training Classes/Tutorials for Designers, Engineers, & 3D Professionals



Ideas, Thoughts, Perspectives

March 4th, 2016

This Dress is 3D-Printed and Requires Zero Assembly

Nervous System’s design studio has found a way to intersect fashion and technology. As part of exhibition “#techstyle” with Boston’s Museum of Fine Arts (MFA,) they have created the Kinematics Petal dress, an intricate 3D-printed dress that emerges from the printer fully assembled and ready to wear.

To create this type of dress, Nervous System had to develop new design software and simulation tools. Nervous System’s “Kinematics” technology uses 3D printing to turn any three-dimensional shape into a flexible structure. Taking inspiration from petals, feathers, and scales, the Kinematics Petal dress can be customized to fit the user’s body through a 3D scan. The design allows for each element to be individually customized – from varying directions, lengths and shapes. The Kinematics Petal dress is composed of more than 1,600 pieces interconnected by more than 2,600 hinges and printed using durable nylon plastic by Selective Laser Sintering. Despite being composed of tens of thousands of unique interlocking components, the designs require no assembly and can work straight out of the machine.

Even more impressive than the design itself is how the 3D printer is smaller than the actual dress it prints out. Nervous System explained, “We employ a smart folding strategy to compress Kinematics garments into a smaller form for efficient fabrication. By folding the garments prior to printing them, we can make complex structures larger than a 3D printer, that unfold into their intended shape.”

So far, they have created eight Kinematic dresses with unique designs and are continuously working with Kinematics to develop more variable creations. In addition to the Petal Dress, they have also created the Kinematics Petal jewelry collection, which includes necklaces, earrings and bracelets printed using the same type of overlapping, flexible petal-like design. While the dress itself isn’t available for purchase yet, the jewelry can be purchased at MFA’s Bookstore and Shop while the exhibit is on display.

Petals-Dress-triptych_2000px-750x563

The 3D printed dresses can be dyed a variety of different colors. Image via Nervous System

Image via Nervous System

Image via Nervous System

Image via Nervous System

Image via Nervous System

white-750x566

Image via Nervous System

Image via Nervous System

Image via Nervous System

In addition to dress, jewelry can also be 3D printed in the same petal-like design Image via Nervous System

In addition to dresses, jewelry can also be 3D printed in the same petal-like design.
Image via Nervous System

Check out the video below to learn more about Kinematics Technology!

 

Article Written by Mila Medonaite for Design Engine, March 4, 2016





Design Engine Industrial Design Training Pro Engineer
 
 

 

This Start Up is 3D Printing Rockets

Relativity Space is a start up that was founded in 2015 and is located in Inglewood, CA. CEO and co-founder  and former blue origin employee, Tim Ellis, has created a company only 2 years ago. His co-founding partner, Jord...
by Eli Petrov
0

 
 

Is The Tesla Model 3 The 21st Century’s Model T?

Over the past year the subject of Tesla Model 3 production has been scrutinized and possibly over scrutinized by those in both the business and financial media in addition to online tech journals and established automotive publ...
by Dave Mazovick
0

 
 

Creo Surfacing Level 9: Aircraft Forms

Creo Surfacing Level 9: Aircraft Forms Course Duration: 16 hours Tuition: $1,500 USD Overview: If  you want to work as an engineer in the aircraft industry, this class is a must.  Discuss different surfacing styles and techn...
by Design Engine
0

 

 
Design for Additive Manufacturing with CREO

Behavioral Modeling Extension Workshop

Behavioral Modeling Extension (BMX) Course Duration: 16 Hours Tuition: $3,000 USD Overview: PTC Creo’s Behavioral Modeling Extension allows users to minimize iteration time by applying existing analyses and defining par...
by Design Engine
0

 
 
Design for Additive Manufacturing with CREO

Topology Optimization Extension Workshop

Topology Optimization Extension Course Duration: 16 Hours Tuition: $3,000 USD Overview: PTC Creo’s Topology Optimization Extension allows users the ability to maximize the capability of their manufacturing workflow of c...
by Design Engine
0

 



0 Comments


Be the first to comment!


Leave a Reply

Your email address will not be published. Required fields are marked *