Semi-quantitative detection system of target substances based on the phenomenon of surface plasmon resonance or SPR.
This instrument is based on an optical reading system for SPR chips.
The two-chips based approach allows for greater sensitivity, thus enabling reads of much lower concentrations than the single system.
The instrument can be easily transported from a laboratory to a contaminated site to make the measurement directly out in the field.
Samples can be analyzed directly using a very small volume (a few microliters) without any pretreatment procedure, and the output signal can be read in a few minutes.
Through dedicated software, the instrument is always connectable to the Internet to allow data to be saved to the cloud.
The instrument uses a bare SPR platform and a measurement sensor with the target analyte. Currently, the system has been optimized for the detection of pollutants such as PFAS.
The system consists of:
From the development of specific adsorbent materials for contaminants to sensor systems for their detection, each patent represents a step forward in our mission to provide advanced and innovative technological solutions.
Method, equipment, and process of separating contaminating material from a liquid.
Optical sensor, sensor system and sensing system to detect the presence and/or concentration of an anality in a solution, process for making said optical sensor.
Optical sensor, support for said optical sensor and detection system to detect the presence and/or concentration of an anality in a solution.
Molecularly molded polymer, its applications and preparation process.
Optical sensor, sensor system and sensing system to detect the presence and/or concentration of an anality in a solution, process for making said optical sensor.
Method for detecting a virus in a liquid medium, molecular sensor for its implementation, and procedure for preparing the molecular sensor.
