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Sustainix

Sustainix is a low-entropy 3D-printed nutritional supplement designed to combat the metabolic challenges of microgravity. It offers a stable, appetizing solution that helps maintain efficient cellular function and reduces health risks for astronauts on extended space missions.

The Sustainix Solution

A photo of the team

A photo of the team

Q&A

What is Sustainix?

Sustainix is an innovative, nutrient-dense filament that will combat the effects of microgravity in space while simultaneously being a staple for tasty low entropy desserts. Sustainix has the opportunity to revolutionize astronaut nutrition, significantly increasing an astronaut's physical health. Part of the appeal of Sustainix is that it uses new food 3D printing technology that allows for efficient food production and customizability.

How does it work?

Sustainix works through the implementation of a hummus-like paste as a substitute for the filament in a traditional 3D printer. The printer is built in a delta configuration so that the plate is able to remain steady during operation. Just fill the filament with any paste that has a thick texture and see your creations come to life!

When can I purchase?

Sustainix is currently in the development phase. We are looking for funding from grants and generous donors. If you would like to stay updated, join our mailing list!

How much is the expected cost?

Currently, the printer prototype has a production cost of $430, not including an extruder. Once we develop a custom extruder and hot plate we expect this price to rise. The filament on the other hand, is designed to be accessible. We project the final cost of filament per serving to be at $5.

Check out our initial project budget.

Watch Our Story

Meet Our Team

Samaira Bhat

Samaira Bhat

Director

Samaira Bhat is an 11th grader at Sewickley Academy in Pittsburgh, PA. She specializes in biology research and innovation.

Vivan Poddar

Vivan Poddar

Director

Vivan Poddar is an 11th grader at Shady Side Academy in Pittsburgh, PA. His interest lies in the opportunities in entrepreneurship through the interaction of humans and technology.

Raneem Wahdan

Raneem Wahdan

Director

Raneem Wahdan is an 11th grader at Sewickley Academy in Pittsburgh, PA. She aims to pursue a career in computational biology.