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Promoting the healthy development of the medical testing and diagnostic industry
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AVE-26 Fully Automated Blood Cell Morphology Analyzer
Testing items
White Blood Cells (WBC): Neutrophils, lymphocytes, monocytes, eosinophils, basophils, calculating the percentage of each cell type, and pre-classifying abnormal white blood cells and immature granulocytes.
Red Blood Cells (RBC):Normal RBCs, large RBCs, small RBCs, spherical RBCs, target-shaped RBCs, and oval-shaped RBCs, calculating the proportion of each cell type, describing RBC morphology, and pre-classifying immature RBCs.
Platelets (PLT):Divided into normal platelets, large/giant platelets, platelet aggregation, with alerts for platelet aggregation exceeding warning values.
Parasites:Can alert to blood parasites (e.g., Plasmodium, filaria, Trypanosoma cruzi, Leishmania donovani, etc.) infections.
Reclassification:After manual review, reclassification of abnormally classified cells or unrecognized cells can be performed.
Detection Principle
Using artificial intelligence and machine vision technology, through specific algorithms and big data analysis for various blood cells, it intelligently identifies, classifies, and counts blood cells and other components. It can be connected to blood cell analyzers, specific protein analyzers, and slide staining machines from various brands to form an automated blood cell analysis production line.
Product Features
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Core Technologies
Positioning and Tracking Technology: Scans under low magnification to locate nucleated cells and other targets, records the exact location, and upon switching to oil immersion, quickly finds the target area using coordinate points for tracking, zooming, and image capturing. This improves detection speed while ensuring no targets are missed.
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Classic Inheritance
Product Features Simulates classic microscope methods for blood cell morphology detection, automatically capturing images of blood cells and performing recognition, classification, and counting. |
Real-time Viewable Results
The results are objective and accurate, with high-definition images automatically stored for retrieval and traceability. They can also be used for research, training, and education, enhancing the hospital's overall capabilities.
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Solution
