Jonah Leinwand, an undergraduate student studying biomedical engineering, pitched a new design for spinal implants that moves more naturally and lowers the chances of post-surgery complications, thanks to an innovative support mechanism.

“Pliantech specializes in a game-changing design for a cervical spine disc in the neck, aiming to restore mobility and reduce the likelihood of additional surgeries,” Leinwand said. “Our approach combines mechanical design with cutting-edge manufacturing techniques, utilizing 3D printing and titanium flexors that mimic the natural flexibility of the neck.”

Another Up Start venture, Pliantech is in the early stages but is exploring patenting options and is committed to taking their product through the various stages of human trials as a Class III medical device. In regulatory terms, this class of device is considered to have the highest level of risk among medical devices which means they are preparing to meet very stringent regulatory controls.

Leinwand’s compelling pitch for Pliantech also garnered his team the people's choice award, adding an additional $500 to his prize money.

Jonah Leinwand

Jonah Leinwand pitching for Pliantech, a new design for spinal implants.

A full list of winners is available in Perfected pitches shine at Velocity Pitch Competition