The GENRUI VH50 5-Part Hematology Analyzer is an advanced, fully automated blood cell analyzer designed to provide precise and efficient complete blood count (CBC) testing with a 5-part differential of white blood cells. Built for hospitals, diagnostic laboratories, and research facilities, the VH50 combines cutting-edge technology with user-friendly operation to ensure reliable hematology results in medium to high-volume testing environments.
Key Features
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5-Part Differential Analysis – Accurately distinguishes neutrophils, lymphocytes, monocytes, eosinophils, and basophils for comprehensive hematology diagnostics.
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High Throughput Performance – Processes up to 60 samples per hour, ideal for busy clinical laboratories.
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Advanced Detection Technology – Utilizes laser scatter, flow cytometry, and impedance methods to deliver consistent and accurate results.
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Large Touchscreen Interface – Easy-to-navigate color display with histograms and scatter plots for clear result interpretation.
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Data Management & Connectivity – Stores thousands of test results with LIS/HIS integration and USB export options for seamless workflow.
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Compact & Efficient Design – Space-saving, low-maintenance, and designed for long-term durability in professional lab settings.
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Low Sample Volume Requirement – Suitable for pediatric and adult blood samples, minimizing patient discomfort.
Technical Specifications
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Model: GENRUI VH50
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Mode: 5-part hematology analyzer
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Throughput: ~60 tests/hour
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Parameters: WBC, RBC, HGB, HCT, PLT, and 5-part WBC differential
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Display: Large color touchscreen
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Sample Volume: Small volume, capillary and venous samples
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Connectivity: LIS/HIS compatibility, USB data export
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Data Storage: Tens of thousands of patient results
Applications
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Hospital clinical laboratories
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Diagnostic and reference labs
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Community health centers
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Research institutions
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Routine CBC testing and hematology diagnostics
Why Choose the GENRUI VH50?
The GENRUI VH50 5-Part Hematology Analyzer offers speed, precision, and reliability in hematology testing. With high throughput, advanced detection methods, and seamless data connectivity, it is an excellent choice for laboratories looking to improve diagnostic accuracy and workflow efficiency.
