EHBT-75

EHBT-75

The EHBT-75 is a next-generation hematology and morphology analyzer combining CBC counting with AI-powered cell imaging. Delivering ~75 samples/hour, the system integrates Swissoptic high-resolution optics, sub-micron precision mechanics, and an AI algorithm trained on 40M+ samples. It automatically classifies red cell abnormalities, white cell subsets, and platelet morphologies, while offering expansion into urine and feces formed elements analysis. With its global deployment (50,000 units installed) and WAIC-recognized AI, the EHBT-75 provides a powerful, accurate, and scalable hematology solution for hospitals, diagnostic centers, and research institutions worldwide.

System Concept

  • EHBT-75 is an AI-powered hematology and cell morphology analyzer that goes beyond traditional CBC.

  • Integrates artificial intelligence, high-resolution optics, and automated imaging for accurate blood cell classification.

  • Designed to enhance diagnostic precision in routine hematology while enabling detailed morphology analysis.



Core Features & Specifications

  • Principle: AI-enhanced digital morphology + traditional CBC methods.

    • Microscopy + impedance + flow cytometry + AI cell morphology.

  • Optics: Swissoptic® customized lens, 4M resolution, 50 fps imaging.

  • Repeatability/Precision: Positioning accuracy <1 μm.

  • AI Algorithms:

    • Based on 40M sample training set.

    • WAIC-recognized deep learning model for blood cell morphology.

  • Parameters: CBC + extended morphology flags (schistocytes, echinocytes, teardrop cells, NRBC, RET, etc.).

  • Sample Types: Whole blood (primary), with modules extending to urine and feces formed element analysis.

  • Throughput: ~75 samples/hour (based on naming convention and product class).

  • Connectivity: LIS/HIS integration; cloud-ready with IoT data transfer.



Advantages

  • AI-powered accuracy: morphology interpretation supported by WAIC-recognized algorithms.

  • Comprehensive reporting: CBC + morphology, platelet aggregates, NRBC, abnormal lymphocytes.

  • Optical precision: Swiss-made optics ensure sharp imaging for reliable AI classification.

  • Automation: reduces manual microscopy burden, improving lab efficiency.

  • High clinical relevance: supports red cell shape classification (schistocytes, target cells, teardrops, etc.), WBC differentiation, platelet morphology.

  • Versatile testing: expansions into urine and feces formed elements.



Applications

  • Hospitals and diagnostic labs needing advanced CBC with morphology.

  • Hematology departments for anemia, leukemia, or platelet disorder studies.

  • Oncology and transplant centers monitoring abnormal/immature blood cells.

  • Primary care networks benefiting from cloud connectivity and AI-driven remote consultation.

Research labs leveraging digital morphology datasets for training and validation.