Analytical Technologies for Water and Air monitoring
ATLIS offers a wide range of proprietary technologies for water and air analysis, targeting process and environmental monitoring applications. Our systems and analytical platforms can be readily customised to target every application and analytical need.
Automated Photometric Analysers
APHOS is ATLIS’ line of ultra-compact fully automated photometric analysers. Built around ATLIS wet-chemistry technology, APHOS enables continuous, in-situ and stand-alone water quality monitoring for environmental and process applications.
Leveraging innovative additively manufactured opto-fluidic systems and a modular and highly integrated design, APHOS low reaction volumes guarantee low operating costs and reduced reagent consumption. This, in conjunction with the fully automated photometric detection platform embedding auto-calibration and auto-cleaning routines, guarantees extended unattended operation times and easy maintenance.
ATLIS offers a wide set of standard monitoring parameters – such as nutrients (NO2, NO3, NH3, PO4, SiO2, TN, TP), heavy metals, pH, chlorine, COD, and more – with operational configurations and detection ranges customisable to every monitoring need.


Automated Ion Selective Analysers
AISEL is ATLIS’ line of ultra-compact fully automated ion-selective analysers, featuring:
- Automatic on-line/at-line multi-stream sampling with sample detection
- Automated 2 or 3-point calibration
- Automated electrode and flowcell wash
- Modular design supporting multi-parameter analysis (pH, Chloride, Sodium, Potassium, Fluoride and more)
- Optional Electrical Conductivity (EC) probe
OEM Scientific Instrumentation for Water and Air Analysis
ATLIS wide range of proprietary technologies includes an eclectic portfolio of solutions for water and air quality monitoring, with a focus on:
- OEM opto-electronics systems
- OEM opto-fluidic platforms and detectors (luminometric, photometric, spectrometric and fluorometric)
- OEM micro electro-fluidics systems, also based on additively manufacturing technologies, for high-reliability microliter scale liquid handling with a high degree of reconfigurability and modularity
All these systems and technologies can be readily customised as ad hoc OEM components to fit every application, optimising time-to-market and performance in your custom application.





