jean-baptiste labrune
work

biolig


2025 · MIT media lab

UIST '25 — Busan

Scanning electron micrographs and a Raman spectrum of laser-induced graphene
laser-induced graphene, SEM and Raman characterisation
Diagram of the BioLIG process: substrate layers and laser-induced graphene
Four-step diagram: laser engraving, post-laser treatment, characterisation, application on skin

A CO2 laser turns bio-based substrates into conductive graphene traces.

BioLIG is a fabrication framework that functionalizes affordable, optimized bio-based substrates with a conventional CO2 laser, producing highly conductive traces for sensors and circuits.

It enables accessible, fast and ecologically minded prototyping, opening directions for electronics designed with intentional impermanence and environmental integration.