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Hematology analyzers are instruments that perform complete blood counts (CBCs) by analyzing blood samples, providing quantitative and qualitative data on red and white blood cells, and platelets, and can also include features like automated sample handling, LIS connectivity, and quality control mechanisms.

RML5K Haematology Analyzer

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₦3,800,000.00

Uses
    • Diagnostic testing: Used to diagnose and monitor blood disorders like anemia, leukemia, and thrombocytopenia 
    • Blood screening: Used to screen donated blood for infectious diseases like HIV, hepatitis, and syphilis 
    • Treatment monitoring: Used to monitor patients undergoing chemotherapy or other cancer treatments 
  • Complete blood count (CBC): Used to determine a patient’s general health status 
  • Reticulocyte analysis: Used to analyze reticulocytes 
  • Coagulation tests: Used to test blood clotting 
Hematology analyzers are instruments that perform complete blood counts (CBCs) by analyzing blood samples, providing quantitative and qualitative data on red and white blood cells, and platelets, and can also include features like automated sample handling, LIS connectivity, and quality control mechanisms.

₦3,800,000.00

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Description

Product Description

Here’s a more detailed look at the features of hematology analyzers:

1. Key Functions:
  • Complete Blood Count (CBC):
    The primary function is to perform a CBC, which includes analysis of red blood cells (erythrocytes), white blood cells (leukocytes), and platelets (thrombocytes). 

  • Quantitative and Qualitative Analysis:
    Analyzers provide both the number (quantitative) and characteristics (qualitative) of blood cells. 

  • Hemoglobin Measurement:
    They measure hemoglobin levels, which are crucial for diagnosing anemia and other blood disorders. 

  • Blood Component Analysis:
    They analyze various blood components, including red blood cells, white blood cells, and platelets. 

2. Technologies Used:
  • Electrical Impedance:
    This method measures the electrical resistance or conductivity changes as cells pass through a narrow aperture, allowing for cell counting and sizing. 

  • Optical Analysis:
    Optical methods, like flow cytometry, use light to analyze and count cells, providing more detailed information about cell types and characteristics. 

  • Flow Cytometry:
    This technique allows for the analysis of individual cells as they flow through a stream, enabling comprehensive cellular characterization. 

3. Advanced Features:
  • Automated Sample Handling:
    Many analyzers automate sample preparation, loading, and processing, reducing manual errors and improving efficiency. 

  • Automated Sample Probe and Tube Cleaning:
    Some analyzers feature automated cleaning of sample probes and tubes, ensuring accurate results and reducing maintenance. 

  • Abnormal Value Flagging:
    Analyzers often have systems that automatically flag results that fall outside of normal ranges, alerting technicians to potential issues. 

  • LIS Connectivity:
    Integration with Laboratory Information Systems (LIS) allows for seamless data transfer and management, improving workflow efficiency. 

  • Quality Control:
    Analyzers incorporate quality control mechanisms to ensure the accuracy and reliability of results, including internal and external controls. 

  • Compact Size:
    Some analyzers are designed to be compact and easy to use, making them suitable for smaller laboratories or point-of-care settings. 

  • High Throughput:
    Modern analyzers can process a large number of samples quickly, improving workflow efficiency in busy laboratories. 

  • 5-Part and 6-Part Analyzers:
    Some analyzers offer more detailed white blood cell differential counts, including 5-part and 6-part analyzers. 
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