Moresense

Smart sensors for contaminants and biomolecules. From research to the market.

MoreSense develops sensors based on molecularly imprinted polymers to detect contaminants and biomolecules with high selectivity and fast response times. Two technological strands — optical and electronic — converge in a family of modular, patent-protected and scientifically validated devices, designed to scale up for environmental, industrial and biomedical applications.

SCROLL DOWN

  • MORESENSE IS LOOKING FOR INVESTORS
  • NEW 2026 CROWDFUNDING CAMPAIGN
  • CLICK HERE TO SUPPORT US
  • FIND OUT MORE ON OUR CAMPAIGN PAGE
  • SUPPORT MORESENSE RESEARCH
  • MORESENSE IS LOOKING FOR INVESTORS
  • NEW 2026 CROWDFUNDING CAMPAIGN
  • CLICK HERE TO SUPPORT US
  • FIND OUT MORE ON OUR CAMPAIGN PAGE
  • SUPPORT MORESENSE RESEARCH
  • MORESENSE IS LOOKING FOR INVESTORS
  • NEW 2026 CROWDFUNDING CAMPAIGN
  • CLICK HERE TO SUPPORT US
  • FIND OUT MORE ON OUR CAMPAIGN PAGE
  • SUPPORT MORESENSE RESEARCH

Technology architecture: MIP and modular devices.

At the heart of MoreSense lies a research programme dedicated to the development of a sensor platform based on molecularly imprinted polymers (MIPs), designed to selectively detect contaminants and biomolecules even in complex matrices, using SPR-based optical configurations and dedicated electronic solutions. The modular architecture, which makes it possible to transform research into devices that can be used in real-world contexts, is based on these three pillars.

Advanced technology, high sensitivity
Surface plasmon resonance (SPR) detects changes in the refractive index on the sensor surface in real time, without the need for labels.

Read more →
molecular selectivity
MIP receptors are synthetic polymers ‘tailored’ to a specific target. They offer high selectivity, thermal and chemical stability, reusability and low cost. A single instrument can thus be quickly reconfigured by simply changing the MIP sensor to suit the application.

Read more →
Scalable technology for industry and the IoT
In addition to optical scanning, MoreSense integrates MIP technology with compact electronic sensors, designed for portable devices and fixed installations in industrial settings.

Read more →
Advanced technology, high sensitivity
Surface plasmon resonance (SPR) detects changes in the refractive index on the sensor surface in real time, without the need for labels.

Read more →
molecular selectivity
MIP receptors are synthetic polymers ‘tailored’ to a specific target. They offer high selectivity, thermal and chemical stability, reusability and low cost. A single instrument can thus be quickly reconfigured by simply changing the MIP sensor to suit the application.

Read more →
Scalable technology for industry and the IoT
In addition to optical scanning, MoreSense integrates MIP technology with compact electronic sensors, designed for portable devices and fixed installations in industrial settings.

Read more →

Devices & Applications

Building on research into MIPs combined with optical and electronic sensors, MoreSense has designed two families of devices tailored to different contexts: laboratory instruments for advanced analysis, and compact, automated solutions for use in the field and in industrial settings.