Products

Holodetect sensors and instruments utilize Digital Holographic Microscopy (DHM) and artificial intelligence to automatically analyze volumetric liquid samples to detect, classify, and count objects, cells, and microorganisms in the 3-400 micron range.

Holodetect HiRes

High Resolution

Holodetect HiRes is a high resolution instrument that measures objects in the size range of 3 - 75 μm in flow-through mode with a measured volume of 3,6-18 μl/min and reports particle class, count, size, and shape statistics.

This instrument performs cell classification and detection in mono- as well as multi-species cultures and provides reliable cell count estimates in conglomerates. Holodetect HiRes uses retrainable deep learning for object detection and classification. Report types can flexibly be configured.

Holodetect HiRes+F

High Resolution Holographic reconstruction combined with Fluorescent Microscope

Holodetect HiRes+F is a laboratory instrument for detecting and counting small particles or biological contents with fluorescence in fluids. In addition to Holodetect HiRes functions, Holodetect HiRes+F performs automatic cell counting based on the fluorescence of cells.
The fluorescence intensity is measured at the cell or sample level. It can be used for approximating the chlorophyll content of the cells.

Combining labeled and label-free fluorescence feature measurements, HiRes+F can also reliably distinguish between living and dead cells.

Holodetect LVol

Large Volume Digital Holographic Microscope

Holodetect LVol is an instrument capable of measuring large liquid volumes containing objects in the size range of 7 - 300 μm in flow-through mode with a measured volume of 10-50 ml/min and reports particle class, count, size, and shape statistics. This instrument is well suited for larger cell-size algae species (e.g. Spirulina). Holodetect LVol uses retrainable deep learning for object detection and classification. Report types can flexibly be configured.

Products

Holodetect HiRes

Holodetect HiRes+F

Holodetect LVol

Comparison of the DHM models

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