New

An Ultra-Low-Cost optoacoustic method for imaging specific biological structures

A compact, single-sensor optoacoustic imaging system that delivers high-resolution insight into layered biological structures—without the complexity, cost, or limitations of traditional tomography.


New

An Ultra-Low-Cost optoacoustic method for imaging specific biological structures

A compact, single-sensor optoacoustic imaging system that delivers high-resolution insight into layered biological structures—without the complexity, cost, or limitations of traditional tomography.


New

A physics inspired and efficient transform for optoacoustic systems

A physics-inspired signal transform that surpasses traditional methods in speed and accuracy, enabling more efficient and scalable optoacoustic imaging.


New

A physics inspired and efficient transform for optoacoustic systems

A physics-inspired signal transform that surpasses traditional methods in speed and accuracy, enabling more efficient and scalable optoacoustic imaging.


New

Optoacoustic mesoscopy
for biomedicine

Optoacoustic mesoscopy extends optical imaging beyond traditional depth limits, enabling high-resolution, label-free visualization of tissue structure and function across a new range of clinical applications.


New

Optoacoustic mesoscopy
for biomedicine

Optoacoustic mesoscopy extends optical imaging beyond traditional depth limits, enabling high-resolution, label-free visualization of tissue structure and function across a new range of clinical applications.


Transforming light into insight by leveraging optoacoustic technology to unlock deeper understanding and drive better clinical outcomes

Transforming light into insight by leveraging

optoacoustic technology to unlock deeper

understanding and drive better clinical outcomes

Transforming light into insight by leveraging optoacoustic technology to unlock deeper understanding and drive better clinical outcomes

Get in touch

We'd love to hear from you.

Email

Contact us by email, and we will respond shortly.

juan.aguirre@uam.es

Phone

Call us on weekdays from 9 AM to 5 PM.

(+34) 91 497 22 26

Office

Visit us at our headquarters.

Francisco Tomas y Valiente, 11
28049 Madrid, España
Universidad Autónoma de Madrid

Medicine that makes sense

We develop multidimensional optical and optoacoustic sensors that help clinicians see beneath the skin and make better decisions in real time. From aesthetic medicine to clinical diagnostics, our technology enables safer treatments, faster procedures, and more precise medical insight.

© 2026 Hypersensors Medical

Hypersensors Medical es una Empresa Basada en el Conocimiento (EBC) promovida por la Universidad Autónoma de Madrid, conforme al Reglamento de la Universidad Autónoma de Madrid de promoción y participación en empresas basadas en el conocimiento, aprobado por acuerdo del Consejo de Gobierno de 15 de marzo de 2015 (Boletín Oficial de la Universidad Autónoma de Madrid nº 3, de 17 de abril).


Lo anterior no supone la asunción de responsabilidad alguna por la Universidad distinta de la propia de la participación en la forma social adoptada y, por tanto, la Universidad Autónoma de Madrid no asume ninguna obligación o garantía frente a terceros por responsabilidades o deudas de la empresa.