Dedicated Analytical Solutions

Laboratories

Brochures and data sheets

We recommend these downloads for your inspiration on FiaStar™ solutions.

For use by: Laboratories requiring automatic wet chemical analysis of a wide range of analytes

Analysis volume: Modular system enabling three parameters to be analysed simultaneously. Analysis time as little as one minute per sample (up to 180 analyses per hour)

Samples: Water, soil and plants plus other matrices such as meat, wine and milk.

Find the right solution according to your sample type

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FIAstar™ 5000 System

Versatile and automated wet chemical analysis

The FIAstar™ 5000 System is used for automatic wet chemical analysis of nutrients and other parameters in water, soil and plant, as well as in meat, dairy, wine and other food products; based on flow injection analysis and colorimetric methods. 

 

Fiastar Flow Injection Analysis

Flow Injection Analysis of mineral nitrogen and phosphorus in soil

Rapid, convenient analysis of soil with FIAstar aids research on various crop requirements for nutrients.

Read more (pdf 360kb)

The FIAstar™ 5000 System is used for automatic wet chemical analysis of nutrients and other parameters in water, soil and plant, as well as in meat, dairy, wine and other food products; based on flow injection analysis and colorimetric methods. 

 

Fiastar determination of amylose

Evaluation of FIAstar™ for determination of amylose in milled rice

Fast and accurate analysis of key rice characteristic

Read more (pdf 171kb)

The FIAstar™ 5000 System is used for automatic wet chemical analysis of nutrients and other parameters in water, soil and plant, as well as in meat, dairy, wine and other food products; based on flow injection analysis and colorimetric methods. 

 

Fiastar in use

Flow Injection Analysis

FIA – Flow Injection Analysis is a microchemical technique to automate wet chemical methods. In a FIA system, a carrier solution and the chemical reagents are continuously pumped through tubes, mixing coils and finally through a flow cell in a detector. A small portion of the sample is injected into the carrier. The carrier merges with one or more reagents to produce a chemical reaction. The resulting colour change in the sample zone is measured in the detector providing a result in under a minute.

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The dispersion or dilution of the sample zone is controlled by the system components, i.e. injected volume, flow rates and length and diameter of the tubing. When the dispersed sample zone reaches the flow cell of the detector neither the chemical reaction nor the dispersion process must have reached completion or a steady state. Keeping identical conditions for both samples and standards makes evaluation and quantification reproducible and precise.

See an animation of the working principle

Modular options

Parameters can be analysed one by one on a 1-channel system, switching method cassettes on the FIAstar™ Analyser module in between parameters. Alternatively two or three parameters can be analysed simultaneously on a 2 or 3 channel system, having method cassettes in all FIAstar™ Analyser modules.

The ultimate in ease of use

FIAstar™ 5000 SoFIA software has been designed for convenience and ease of use. Speed buttons can be used for frequently used functions, analytical errors are detected according to GLP and the LIMS interface can be used to export results.

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What do you need to measure?

Discuss the possibilities with your local FOSS representative. Please indicate your area of interest.