automating fabric stretching, gluing, and stapling to create safer, engaging jobs while reducing lead times
80% of manufacturers can't find enough workers.
48 percent of Gen Z workers intend to leave within three to six months, citing physical stress.
50% tariffs on furniture imports
Robotic manipulation of fabric reduces physical strain allowing workers to focus on creative aspects of their work.
Deep learning models predict fabric behavior, enabling automation for a high variety of materials and designs.
Enable faster, adaptable production to compete with offshore manufacturing
ODCFOliver Davila Chasan, FounderBusiness DevelopmentDeep Tech Investing @ HAX VC Investing @ Triatomic BA Economics @ NYU
DMFFDavid Michael Faes, FounderProduct DevelopmentAI/ML @ Lockheed Martin Systems Engineering @ MIT xPro BA Computer Science @ Columbia
ABPAlison Bartsch, PhDRobotics/AI EngineerResearch @ CMU MAIL, Stanford ASL PhD Mech E @ Carnegie Mellon BS Aeronautics @ Stanford
JZMJordan Zeeb, MScMechatronics EngineerMechatronics @ GoogleX, Zebra R&D Engineer @ SandboxAQ MSc Robotics @ Northwestern U
KCKyle CashMechanical EngineerConsultant @ K9Kyle BSc Mech E @ Columbia BA Physics @ Adelphi
RXRichie XueRobotics/Software EngineerSoftware @ CUAUV AI/ML @ Google CS & Operations @ Cornell
Reach out to learn more or join the revolution.