Art & Sculpture

WATCH: MIT 3D printed inflatables illuminate Patrick Parrish Gallery

In the current Liquid to Air: Pneumatic Objects exhibit at Patrick Parrish Gallery, New York, 3D printed inflatables create a striking set of hanging lamps, wall lights, vases and household objects.

Made by Swiss designer Christophe Guberan in collaboration with the Self-Assembly Lab at Massachusetts Institute of Technology (MIT), these products are a showcase of the group’s Rapid Liquid Printing technique that has been cropping up in house and car interiors since its launch in 2017.

Liquid to Air: Pneumatic Objects from Self-Assembly Lab, MIT on Vimeo.

Simple, fast and free-form

Rapid Liquid Printing is a method of 3D printing that takes place in a vat of material. In this vat, the gelatinous, self-healing materials serves as support to the quick writing of a liquid ink, rapidly extruded through the fine tip of a needle.

The technology was developed as a method of rapidly fabricating free-form object designs, at a speed, and with ease to rival other available 3D printing techniques.

Objects 3D printed in the vat can be made from a variety of different inks, though silicone and latex rubber is the most common combination to date.

The $3,200 Untitled, hanging light rapid liquid printed in silicone rubber by MIT Self-Assembly Lab + Christophe Guberan. Photo via Patrick Parrish Gallery
The $3,200 Untitled, hanging light rapid liquid printed in silicone rubber by MIT Self-Assembly Lab + Christophe Guberan. Photo via Patrick Parrish Gallery

Rapid Liquid Printing for home & car

The first commercial example of MIT’s Rapid Liquid Printing technology was the Bassline Table, again designed by Guberan, for UK based interior design firm Steelcase.

Since then, the technology has also been used in a demonstration at Design Miami and, most recently, it was picked up by BMW as a promising technology for the development of more comfortable car seats.

3D Printing Industry saw the Liquid Printed Pneumatics, produced for BMW, firsthand at The Future Starts Here exhibit in London’s V&A Museum.

Liquid Printed Pneumatics. Photo via MIT Self-Assembly Lab
Liquid Printed Pneumatics for BMW. Photo via MIT Self-Assembly Lab

Much more than the average FFF

Though presently Rapid Liquid Printing applications are, generally speaking, reserved for artistic expression, it is intriguing to see that the lab are taking such a commercial route with the method.

Each of the objects displayed at Patrick Parrish Gallery are available for purchase, many falling within the range of “affordable art.”

What’s more is that the pieces, which are essentially created using a type of FFF technique, manage to command such a respectable price tag. The cheapest pieces in the collection are sold for $150 – $250 and, at the higher end, the hanging light fittings reach prices of $2,800 – $3,200.

Liquid to Air: Pneumatic Objects exhibit at Patrick Parrish Gallery. Photo via Patrick Parrish Gallery
Liquid to Air: Pneumatic Objects exhibit at Patrick Parrish Gallery. Photo via Patrick Parrish Gallery

Liquid to Air : Pneumatic Objects is on display at Patrick Parrish Gallery, New York from July 10 through August 25, 2018.

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Featured image shows a household object in the process of printing. Photo via Patrick Parrish Gallery