Micropollutant monitoring

With our advanced microfluidic technology, detect contaminants in real time and optimize your water resource management.

the first Plug-and-play multi-ANalyser for Detecting micropollutants in water

INTRODUCTION TO PANDa

A revolution in water monitoring

Heavy Metal Detection Analyzer

Water analysis and management face many challenges: long processing times, high costs, and a lack of responsiveness to contamination. PANDa, our autonomous microfluidic-based analyzer, changes the game by providing real-time, on-site monitoring, eliminating the need for laboratory testing.

With PANDa, detect micropollutants instantly, make informed decisions, and optimize your water resource management

Based on patented technology developed after years of R&D, field-validated, and integrating the latest advancements in analytical microfluidics.

HOW THE PANDa WORKS

A process in 4 key steps

PANDa relies on advanced electrochemical analysis combined with microfluidics to detect and quantify contaminants in water in real time.

Automated Sample Collection

A filtration and homogenization system removes unwanted particles while preserving the integrity of target analytes.

Pretreatment

The collected water is prepared for analysis by solubilizing heavy metals adsorbed on Suspended Matter (SM).

Analysis on 3 Measurable Range

High Range - Detection of high concentrations.

Medium Range - Measurement of intermediate concentrations.

Low Range - Detection of very low concentrations.

Processing and Transmission

Results are instantly analyzed and transmitted in real time to a connected interface.

Increased accuracy

Reliable detection through dual electrochemical and spectroscopic analysis, delivering laboratory-equivalent precision.

Field analysis

No more transportation needed, the PANDa analyzes water directly on-site, providing fast and reliable results.

Real-time data

Results are transmitted instantly. Automatic alerts trigger immediate action if thresholds are exceeded.

Automation

Sampling, analysis, and data transmission are fully automated, requiring no expertise or heavy maintenance.

APPLICATIONS OF PANDa

Versatile technology

For optimized water management

Our PANDa is designed for a wide range of applications, addressing industrial, urban, and even environmental challenges.

Industrial Surveillance

Optimize effluent control and ensure environmental compliance through rapid pollutant detection.

DIFFERENTIATION

Go beyond the limits of traditional methods

PANDa breaks down the technical barriers of traditional monitoring

Traditional heavy metal monitoring relies on manual sampling followed by laboratory analysis. This process results in significant delays, high costs, and dependence on analytical infrastructure. In cases of pollution, these constraints slow decision-making, increasing environmental and health risks.

With PANDa, these limitations are a thing of the past.

Classical Methods

PANDa – Microfluidic Technology

Manual sampling, transport and laboratory analysis

Process

Autonomous analysis, directly on site

Several days to weeks

Analysis time

Real time, continuous

Requires trained personnel

Accessibility

No training required, intuitive interface

Chemical reagents, sample transport, waste production

Environmental impact

Fewer reagents, less waste, less CO₂

Variable, depends on analysis conditions

Precision

Laboratory precision on field

Variable and expensive

Maintenance

Low maintenance, built-in self-diagnostics

Learn more about PANDa

Discover how our disruptive water monitoring technology optimizes resource management.