You are here : Home > Technologies for innovative medical devices​​

Article | Articles & files | Health & life sciences


Technologies for innovative medical devices​​

​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​

​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​

Published on 26 October 2026
​Header axe stratégique

Credits: PIXEL-SHOT/ADOBESTOCK​

Technologies for innovative medical devices​​

Toward a revolution in diagnosis and management of diseases​​

Microtechnologies and artificial intelligence are transforming the prevention, treatment, monitoring, and even progression of diseases.​


​Our three types of medical devices​

CEA-Leti offers technologies for three types of medical devices: in vitro devices, wearable devices, and implanted devices, as well as decision-support software, contributing to the transformation of the healthcare model. The goals are to leverage semiconductor technologies and CEA-Leti's multidisciplinary teams to develop industrial-scale devices with high performance and robustness, while conducting R&D in compliance with medical device regulations.

By providing data that can be directly used by healthcare professionals and/or patients, the advent of innovative sensors integrated into systems opens up unprecedented possibilities:

  • Diagnosing and continuously monitoring diseases at the patient's bedside, alerting on the evolution of critical physiological parameters.

  • Restoring motor functions through innovative brain-machine interfaces.

  • ​Slowing the progression of Parkinson's disease by illuminating the part of the brain affected by degeneration. A unique clinical trial is underway to evaluate this revolutionary therapeutic approach.
​

​Technology demonstrators

Système de surveillance
​BCI WIMAGINE® TECHNOLOGY​​
​​Implanted devices​
A Brain-Spine Interface to help paraplegic patients regain mobility​​
 
​
Système de surveillance
Intracerebral Optical Device​ ​
​​Implanted devices​
​Slowing down Parkinson’s disease using intracranial photobiomodulation, ie “light medicine into the brain”
​​​
Système de surveillance
​SweatPa​tch
​Wearable medical devices​
Real-time sweat analysis in a wearable health and wellness device​

​
 
Système de surveillance
​​​​Physiolas​
​​Wearable medical devices
Listening to molecules: miniaturized photoacoustic sensors for non-invasive biomarker monitoring

​
 

Latest health news​​​​

​​

>

Learn more​

​
​Thematic files to download​
Micro and nanotechnologies for health​​

​
​​  
​

Partnership contact​
Health program ​manager CEA-Leti​​
Nadè​ge Nief

Communication contact 
Aude ​​A​lix​​

>

Platforms​

​​ Cl​inatec
T​reat neurological diseases and restore motor functions​​

Micro and nanote​chnologiesy​ for health​​
Responding to the challenges of tomorrow’s medicine​​​​

​​

​

​

​