Portable analyzer for water monitoring

More informations:

https://www.klearia.com/panda

The technology

The heart of PANDa analyser benefits from the best of our “Lab-on-a-chip” technology. The microfluidic chip embed 3 electrodes acting as an electrochemical cell. Electrovalves, UV- lamp, heating tank and manifolds are fully integrated on our lab and are controlled and automatized by a dedicated electronics. An on-line version is now available for distance controlling.

KLEARIA receives the 2021 industrial innovation award

The PANDa analyser

Our collaborative projects

Our collaborative projects in 2022

FLAshMoB- Functional Amyloid Chimera for Marine Biosensing

The aim is to develop small, portable, easy to use, and robust biosensor platforms to monitor marine contaminants with high sensitivity and specificity, offering the ability to work on site and in a wide range of matrices.

https://www.martera.eu/projects/flashmob

SURIMI-SUrface plasmon Resonance for In situ detection of Metallic Ions

The aim of the SURIMI project is to develop multi-detection metallic element sensors capable of performing robust and sensitive analyses in settings ranging from a laboratory environment to the harshest conditions (e.g. deep ocean and/or polar seas).

By Cécilia, Assistant engineer @Klearia

https://anr.fr/Project-ANR-18-CE04-0010

NEMO- NEw biomimetic Lab-on-Chip device for marine water MOnitoring

The project relies on a recognition phase based on electrochemical molecularly imprinted polymers (MIPs).

MIP based sensors will be incorporated into glass-based LoC devices. Sampling handling will be tailored in this programme to deliver deployable sensing platforms whereby in-situ sensor measurements in the marine environment will directly indicate specific organic pollutant concentrations.

https://www.linkedin.com/company/nemo-martera-project/

Klearia is a 10 year old french microfluidics manufacturing company specialized in custom glass chips prototyping. Our chips are bonded using an innovative patented low-temperature process.

This innovation allowed the integration of sensitive electrode materials in a microfluidic chip that’s leads to intensive R&D which conduced to developp the first portable electrochemical analysers PANDa dedicated to trace micropolluants detection in water.

With our experimented team coming from both high level academic labs and industries, Klearia’s group created LabInGlass foundry and consultancy to promote and share the high potentiality of microfluidics technologies for all usefull applications.