Sequip now integrates a new in situ sensor system that is used for the successful cultivation of biocells. For example, the number of living animal cells in a bioreactor is determined and thus allows a conclusion to be drawn on the cell activities within the reactor.

In the new MCSA method used here, which has been patented in Europe and the USA, optical signals such as optical density (COD) and optical back reflection (OBF), as well as the number of cells captured and the size distribution are of cells captured and the size distribution are recorded and evaluated online.

This method is based on a combination of various Sequip patents and is constantly being further developed. Successful test trials in bioanalytics have been carried out with it for over 10 years.

Based on customer requirements, we offer modular systems that cover a wide range of applications and are tailored to specific tasks.

The modular design of the systems enables optimal configuration for individual tasks. Different laser powers and technology levels guarantee an optimal price-performance ratio.

Measuring range: 0,15 bis 200µm*

(*eukaryotic cells:~10-100µm, prokaryotic cells: ~1-10µm).

Optik: Sapphire crystal with Nato standard

Sensor material: Hasteloy C22, other materials available on request

High power laser: Diode laser with matched lasers

Sensor diameter: 7,85 mm, 10 mm, 12 mm, 14 mm, 18 mm, 25 mm

Pressure max.: Vacuum up to maximum 300 bar

Temperature max.: -90 to +220°C

Software: Multi Capture Signal Analysis MCSA

Hardware: minimum requirements