
Holodetect provides advanced volumetric imaging solutions using Digital Holographic Microscopy (DHM) and AI for fully automated cell counting and classification. Their instruments are designed for inline, automated analysis of liquid samples, detecting, classifying, and counting objects, cells, and microorganisms within the 3-400 micron range. Holodetect's technology offers minimal sample preparation, flow-through analysis for larger volumes, and precise morphological measurements, including distinguishing between living and dead cells with fluorescence microscopy. The AI-based system features advanced object detection, segmentation, and classification with flexible retraining capabilities, including a few-shot learning module for rapid adaptation. Applications span water utilities, microalgae cultivation, and the beer brewery industry, with solutions for industrial integration and AI model training.

Holodetect provides advanced volumetric imaging solutions using Digital Holographic Microscopy (DHM) and AI for fully automated cell counting and classification. Their instruments are designed for inline, automated analysis of liquid samples, detecting, classifying, and counting objects, cells, and microorganisms within the 3-400 micron range. Holodetect's technology offers minimal sample preparation, flow-through analysis for larger volumes, and precise morphological measurements, including distinguishing between living and dead cells with fluorescence microscopy. The AI-based system features advanced object detection, segmentation, and classification with flexible retraining capabilities, including a few-shot learning module for rapid adaptation. Applications span water utilities, microalgae cultivation, and the beer brewery industry, with solutions for industrial integration and AI model training.