A black sleeveless dress with a plunging neck-line that is cut above the knees at the front and scooped below at the back. The dress has a lace-like appearance created from many interlocking parts in abstracted circular and floral forms. The dress is shown on an expressionless, slim, white plastic, female mannequin.

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See more objects with the tag women's clothing, digital, mass customization, lace-like, 3D printing.

Object Timeline

-0001	We photographed this object.
2015	We acquired this object. Work on this object began.
2016	We photographed this object.
2017	We exhibited this object.
2024	You found it!

Dress, Kinematics Dress #4

This is a Dress. It was designed by Jessica Rosenkrantz, Jesse Louis-Rosenberg and Nervous System and printed by Shapeways. It is dated 2015 and we acquired it in 2015. Its medium is nylon and its technique is selective laser sintering. It is a part of the Textiles department.

At first glance, the Kinematics Dress looks like a simple black lace cocktail dress. But it is an entirely new approach to apparel design and construction, which deploys a variety of digital technologies to make a flexible, customizable, 3D printed garment.
Fashionable clothing has generally been made from flat textiles, which are painstakingly cut and sewn into 3-dimensional garments. The creation of a Kinematics dress begins by importing one's body metrics into the Kinematics Cloth app. There, clothing designs can be adapted to any body shape using parametric body modelling technology.
Unlike cloth, 3D printed objects are rigid. Kinematics provides a system for breaking down complex three-dimensional forms into thousands of individual components that interlock to create a dynamic mechanical structure. Each component is rigid, but integrated hinges connecting the components cause the structure to behave as a pliable plane, fluid enough to be worn comfortably on the body. Also, unlike traditional fabric, this textile can be designed to vary in stiffness, drape, pattern, and opacity across its surface. These elements can be customized using the Kinematics Cloth app.
Most clothing items are too large to print in a 3D printer. Kinematics Fold is a simulation tool which uses rigid body physics to model the behavior of structures designed in Kinematics Cloth. The tool allows the garment designs to be “folded” into a printable block. When removed from the printer, the flexible structure unfolds into its three-dimensional form.
The Kinematics dress represents a new approach to manufacturing in which design, engineering, customization, and simulation are part of one seamless system, so that the object, once fabricated, is fully finished and complete.

This object was donated by General Acquisitions Endowment. It is credited Museum purchase from General Acquisitions Endowment Fund.

A sleeveless, knee-length evening dress and underslip with a loose fit, draped cowl neckline, and curved drop waistline and hemline. The dress features two tiers of long, lustrous silk fringe in gradient ombré shading from deep blue at the bottom through to deep blue-grey and light grey-blue at the top. The upper tier hangs from the shoulders over the torso, with the navy blue chiffon cowl draped over the top; the lower tier follows a curved line low on the hips. The matte, navy blue silk chiffon underslip is revealed through the fringe. The dress is displayed on a white mannequin with silver stand. The mannequin’s head is turned to our right, hands on hips, wearing a short white wig with bangs, which echoes the fringe of the dress.

Object ID #907216375
blue silk chiffon with applied blue ombré silk fringe.
Lent by Kent State University Museum, The Helen O. Borowitz Collection, KSUM....
70.2016.2

A 3D printed spiked enclosed tall green urn with stubbed love handles. The inverted pearl shaped middle is textured and patterned from various sized individual spikes to create open and closed spirals with negative spaces. There are smooth spots along the right side of the closed lid and under the right handle. The base extends from the tip of the pearl shape thin point and expands to the width of the urn with a spiral on the left and right side.

Tall Green Bloom Urn Urn
nylon.
Museum purchase through gift of Elizabeth and Lee Ainslie and from General....
2013-53-1

One_Shot.MGX Collapsible Stool Stool
polyamide (nylon).
The Linda and Irwin R. Berman Stool Collection.
2008-32-4

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These gloves are laid flat on a white background. They are roughly triangular, with a curved top and protruding, ring-like handgrip on one long side. The grips are irregular, shaped to the user's hand. The black plastic has a slight ridged texture from the 3D printing process.

Racing Wheelchair Gloves, 2016
asa (a 3d-printing material).
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A white, prosthetic leg. Thigh area has slats, as do the calf and ankle. Small, diamond-like perforations appear throughout, including at the knee and shin.

Prosthetic leg prototype Prototype
polyamide (nylon).
Gift of 3D Systems.
2016-2-2

Flexible neckpiece made of large biomorphic links. These links are hollow, curved in space, and have a tiny hexagonal honeycomb pattern that gives them their shape. Their overall shape is like a warped diamond. The links are colored in a repeated pattern: a white link connects to a half white and half black link, which connects to a black link. Then, the black link connects to a half black and half white link, which connects to a white link, then restarting the pattern. The black and white fade into one another so there are no harsh lines of hue. There are five black links, which each have two solid black beads that rest in the two corners of the diamonds that do not touch the other links.The black links are the smallest, and the white links are the largest.

Black Sectional Neckpiece
3d-printed glass-filled and dyed nylon, silver.
Promised gift to the Susan Grant Lewin Collection, Cooper Hewitt, Smithsonian....
7067.15.2016

Cite this object as

Dress, Kinematics Dress #4; Designed by Jessica Rosenkrantz (American, b. 1983), Jesse Louis-Rosenberg (American, founded 1986), Nervous System; Printed by Shapeways; nylon; Museum purchase from General Acquisitions Endowment Fund; 2015-18-1

We have 1 video that features Dress, Kinematics Dress #4.

Kinematics 3D Printed Dress: Process

This video dives into the process of making a Kinematics 3D Printed Dress

This object was previously on display as a part of the exhibition Making | Breaking: New Arrivals.

Short URL http://cprhw.tt/o/77rZ2/
Accession Number 2015-18-1
Object ID 69157055