Additive Manufacturing Strategies

Artist Jenny Filipetti Brings Together Breathing & Clay 3D Printing in “Breath Vessels”

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Image 28Semiotics is the study of the philosophical theory of signs and symbols, and it’s closely related to linguistics, but semiotics also takes into account non-linguistic, symbolic systems.

Artist Jenny Filipetti uses her background in semiotics to consider and create objects which view the very concept of art as “evolutionary striving.”

“As an artist, I seek to understand the systems we live among and how they affect us,” Filipetti says. “That makes me, in many ways, a pattern-seeker, rummaging in masses of data for hints of something deeper that is shaping our world. This is the small data, the otherwise forgotten data, the bits and pieces that fall through the cracks or was never seen at all. This is the data of the immaterial: the shape of a breath, the composition of the air.”

Filipetti also calls herself a “machinophile” who attempts to understand the “machine logics” all around us. She says there’s no reason we shouldn’t “sing alongside the voices of compressors and air pumps.”

To that end, Filipetti’s Breath Vessels project is an exploration of those ideas, using 3D printing and electronics technologies to generate virtual 3D models in real time as one exhales into a handheld, shell-like form.filipetti Breath Vessels

The volume and speed of those breaths at a given moment during the exhalation determines the width of the layer diameter of a vessel model which is then printed on a 3D delta ceramic printer, and Filipetti says each of the resultant vessels captures “a unique moment: the diffusion of oneself back into the air, frozen in time.”

The printer used to create the vessels is based on artist Jonathan Keep’s design, and it’s powered by an Arduino board outfitted with an accelerometer and anemometer – or wind meter – which captures the data.breathvessels03

The accelerometer and anemometer readings are transferred to a Processing-based algorithm, which then generates the 3D model in real time as a response to the pattern of the measured breath. That data becomes an .STL file for printer output, and an image of that virtual model is captured and added to an “archive” of individual breath samples.

“Breath Vessels draws attention to the very physical nature of this life-sustaining ritual,” Filipetti says. “Just as immaterial words can have tangible effects in the world, our breath is deeply tied to both our biological and emotional life, and thus it too has real effects on ourselves and our world.”

Filipetti notes that the project also makes use of Karsten Schmidt’s Toxiclibs library.

What do you think of Jenny Filipetti’s Breath Vessels project? Check out the videos below of the installation.

3d printed breath vessels

 

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