At the Core
Sensitive measurement.
Small volumes.
Optical microcavities form the heart of every Mode sensor. They capture light and pass it repeatedly through the sample, delivering sensitive analysis using very small volumes. Miniaturised fluid handling and automated chemistry turn that sensitivity into quantitative measurements in the field.
key points
- 10,000× signal enhancement.
- Up to 1,000× less reagent per measurement.
- Up to 400× less power consumption than conventional analysers.
- Automated digestion measures total phosphorus, not just orthophosphate.
- Adaptable optical core supports new chemical targets as needs evolve.
In the Field
Longer deployments.
Simple servicing.
Mode is designed for extended real-world deployment with less routine intervention. The compact, rugged and low-power system is self-cleaning and self-calibrating, delivering up to three months of unattended operation. Routine servicing is designed around a simple cartridge swap, with waste contained within the cartridge to simplify handling.
key points
- Up to 6x longer between site visits.
- Up to 70% lower operating costs.
- Self-cleaning and self-calibrating.
- Routine servicing through a single cartridge swap every 3 months.
- Waste contained within the cartridge for safer handling.
Across Your Network
Connect simply.
Monitor more.
Mode is designed to fit into existing monitoring infrastructure rather than create another standalone system. It can connect to existing telemetry or dataloggers, allowing chemical data to flow into established monitoring workflows. With fewer service visits required, teams can extend coverage across more sites with less additional operational burden.
key points
- Rugged, compact and low-power. Deploy almost anywhere.
- Connects to existing telemetry or dataloggers.
- Chemical data feeds into existing monitoring workflows.
- Fewer service visits, less operational burden.
- Greater coverage across more sites.