H99S-6 (with autoloader)
The EDAN H99S is an advanced 6-part differential hematology analyzer designed for mid- to high-volume laboratories requiring clinical accuracy, fast throughput, and comprehensive cellular analysis. Built on EDAN’s fluorescent 3D flow cytometry platform, it delivers precise WBC differentiation, high-performance NRBC detection, expanded RBC and platelet indices, and intelligent automated workflows. With flexible loading, reflex/rerun rules, RFID reagent management, and a compact footprint, the H99S provides efficient, reliable, and highly standardized hematology testing suitable for demanding clinical environments. Please Log In to access Additional Details and documents … Advanced fluorescent 3D analysis: High-performance NRBC and RET analysis: Comprehensive platelet measurement solution: Efficient sample loading and workflow automation: Smart data management and QC: Reagent and system optimization: Technical highlights:
Uses forward scatter, side scatter, and side fluorescence to assess cell size, morphology, and nucleic-acid content for highly accurate 6-part WBC differentials, immature granulocyte identification, and enhanced flagging performance.
Optional NRBC channel provides standardized NRBC reporting without operator intervention; reticulocyte analysis includes IRF, RHE, IPF, and retic-maturity fractions (LFR/MFR/HFR), supporting anemia evaluation and erythropoietic assessment.
Includes impedance-based PLT-I, optional fluorescent PLT-O, and intelligent PLT-A (AI-assisted) technologies; resolves interferences from RBC fragments, giant platelets, and overlapping particle sizes, ensuring reliable low-count platelet results.
Up to 100 samples/hour; 10-position × 6-rack autoloader; continuous loading; STAT with cap piercing; automatic switching between venous and capillary samples; automated rerun/reflex testing based on user-defined rules.
Intuitive color touchscreen, customizable print formats, robust data-management software, barcode entry for QC materials, and FDA-style traceable workflows for secure operation.
RFID-protected reagents ensure traceability and secure reagent use; front-back sheath flow reduces dilution and recirculation artifacts, increases test efficiency, and minimizes clogging.
39 reportable parameters, 71 research parameters, 3 histograms, 3 scattergrams, 11 2D scatterplots; up to 100 tests/hour; low sample volume (≤75 µL whole blood); large data storage capacity (150,000 results with histograms); compact footprint and low maintenance requirements.