Xsensio
Developer of a miniaturized, on-skin biochemical sensing platform for continuous, real-time monitoring of biomarkers in interstitial fluid. Focus areas include semiconductor-based miniaturized sensor chips, microfluidic skin interfaces, wearable device prototyping, clinical co-development with healthcare institutions, and data analytics for real-time biochemical information delivery.
Industries
Nr. of Employees
small (1-50)
Xsensio
Patents
Functionalized field-effect transistor comprising a molecularly imprinted polymer or a probe material for sensing biomarkers
US-11719668-B2
View DetailsSystem for collection and analysis of biofluid from skin and method of using the same
US-11712181-B2
View Details
Functionalized field-effect transistor comprising a molecularly imprinted polymer or a probe material for sensing biomarkers
US-11719668-B2
View DetailsSystem for collection and analysis of biofluid from skin and method of using the same
US-11712181-B2
View DetailsProducts
Wearable continuous biochemical monitoring device (prototype/platform)
Wearable system that continuously measures multiple biochemical biomarkers from interstitial fluid or sweat using a miniaturized semiconductor sensor platform and microfluidic skin interface.
Wearable continuous biochemical monitoring device (prototype/platform)
Wearable system that continuously measures multiple biochemical biomarkers from interstitial fluid or sweat using a miniaturized semiconductor sensor platform and microfluidic skin interface.
Services
Collaborative engagements with healthcare institutions to translate wearable biochemical sensing technology into clinical applications and study designs.
Engineering and prototyping for wearable biochemical sensors, hardware integration, and demonstration at industry events and pilot studies.
Development of tailored analytics pipelines and visualization tools to convert continuous sensor outputs into actionable metrics for clinicians and caregivers.
Collaborative engagements with healthcare institutions to translate wearable biochemical sensing technology into clinical applications and study designs.
Engineering and prototyping for wearable biochemical sensors, hardware integration, and demonstration at industry events and pilot studies.
Development of tailored analytics pipelines and visualization tools to convert continuous sensor outputs into actionable metrics for clinicians and caregivers.
Expertise Areas
- Wearable biosensing
- Continuous biochemical monitoring
- Field-effect transistor (FET)-based sensors
- Interstitial fluid and sweat biomarker analysis
Key Technologies
- Extended-gate and ion-sensitive field-effect transistors
- Semiconductor-based miniaturized sensor chips
- Passive ultra-low-volume microfluidics
- Interstitial fluid and sweat sampling
News & Updates
Company presentations, panel participation and awards at wearable tech, medtech and life-science conferences.
Presentation and participation at a workshop focused on microneedle technologies for biosensing.
Announcement of a know-how and stock purchase agreement to co-develop wearable products for monitoring short-term health dynamics in critical care.
Appearances on industry podcasts discussing continuous measurement of proteins, hormones, and the Lab-on-Skin platform.
Hosted discussions with industry technology leaders on the future of biosensing.
Received an innovation award for a miniaturized on-skin sensing chip in the Wearable Technologies category.
Company presentations, panel participation and awards at wearable tech, medtech and life-science conferences.
Presentation and participation at a workshop focused on microneedle technologies for biosensing.
Announcement of a know-how and stock purchase agreement to co-develop wearable products for monitoring short-term health dynamics in critical care.
Appearances on industry podcasts discussing continuous measurement of proteins, hormones, and the Lab-on-Skin platform.
Hosted discussions with industry technology leaders on the future of biosensing.
Received an innovation award for a miniaturized on-skin sensing chip in the Wearable Technologies category.