The ToxTracer System is a bioassay and is based on the principle of inhibition of the natural bioluminescence of the marine bacterium Vibrio fischeri. Toxicants in the water sample inhibit the light emission of Vibrio fischeri what can be measured with the Skalar ToxTracer Luminometer.

Based on the principle of Continuous Flow Analysis (CFA) technique, the San⁺⁺ Automated Wet Chemistry Analyzer has been designed as a modular system to meet the needs of laboratories which process a few samples or large volumes of samples.

Skalar has developed a range of analyzers that meet many industrial requirements in the field of chemical automation. In addition to significant time saving and increased data quality, these analyzer systems also provide true analytical consistency and precision in every step of the analytical process.

Combining Total Nitrogen and Total Carbon analysis with the latest available technologies providing an accurate and reliable solution for simultaneous and sequential analysis in solid and liquid samples.

For accurate and reliable Protein-Nitrogen analysis in solid and liquid samples based on Dumas combustion procedure. This analyzed provides an excellent and economical alternative for TKN analysis.

Based on a dual oven design the Primacs^SLC allows the analysis of Total Carbon and Total Inorganic Carbon sequentially in solid and liquid samples based on a combustion procedure and NDIR detection. TOC is calculated automatically.

This add-on module requires the Formacs^SERIES analyzer to operate and measures Total Carbon and Total Inorganic Carbon in solid samples.

For fast and accurate analysis of Total Carbon in solid and liquid samples by high temperature catalytic combustion and infra red detection.

Skalar manufactures a range of on-line process analyzers to meet the different analytical needs of Industry. They are based on either Colorimetric, Fluorimetric or ISE principles.

Using the principle of chemiluminescence, the Formacs^TN analyzer measures total Nitrogen in liquids after high temperature catalytic combustion. NO2 and NO3 determination is available as an option. Additionally, also the Carbon fractions can be measured.

By in-line UV-persulfate digestion and NDIR detection TOC in liquid samples is analyzed. This method is particularly suitable for very complex matrices and ultra low detection limits.

The Formacs^HT TOC analyzer determines the carbon fractions in liquid samples based on a high temperature catalytic combustion procedure and NDIR detection.

The Skalar Fluo-Imager, model M153, is capable of on-line measurement of low concentrations of Aromatic Hydrocarbons, like Oil in Water, Phenols, Humic and Fulvic acids, Benzene, Toluene, Xylene, PAH and many more as well as COD by using the technique of Spectral Fluorescent Signatures.