About Automated Hematology Analyzer
AUTOMATED HEMATOLOGY ANALYZER
Hematology Analyzer for a clinic satellite laboratory or research testing. It provides a CBC with 17 reportable parameters and 3-part WBC Differential, which includes an Absolute Neutrophil Count(ANC). The results include histograms for WBC, RBC and PLT. The system provides a high level of accuracy through the use of automatic floating discriminators. Built on reliable Sysmex technology, it features a simple start-up menu and single button selection for sampling and daily maintenance with a compact,space-saving design.
FEATURES OF AUTOMATED HEMATOLOGY ANALYZER
- Parameters Whole blood mode: 17 parameters with 3-part
- Differential
- Pre-dilute mode 8 parameters, which includes WBC, RBC, HGB,
- HCT, MCV, MCH, MCHC, PLT
- Histogram WBC, RBC, PLT
- Throughput 60 samples/hour (max.)
- Sample Volume Whole blood mode: 50 L
- Pre-dilute mode 20 L
- Data Storage 300 complete sample results with histograms
Advanced Testing ParametersThe analyzer delivers comprehensive results, including CBC and a three-part WBC differential. This precision supports accurate diagnostics and timely patient care in hospitals, clinics, and laboratories, making it a valuable investment for busy settings requiring rapid and reliable hematological assessments.
Efficient Throughput with Minimal Sample VolumeDesigned for high-volume environments, the system processes up to 60 samples per hour. Its requirement of only 13-20 L of whole blood ensures minimal patient discomfort and optimized reagent consumption, contributing to streamlined laboratory workflows.
User-Friendly Interface and Data ManagementFeaturing a large LCD touchscreen for easy navigation, this analyzer simplifies operation for lab personnel. Its built-in thermal printer and spacious data storage (up to 50,000 results) with histograms enable seamless result archiving and retrieval, supporting ongoing medical analysis.
FAQs of Automated Hematology Analyzer:
Q: How does the Automated Hematology Analyzer streamline blood analysis in clinical settings?
A: The analyzer automates CBC and 3-part WBC differential testing, delivering rapid results and minimizing manual intervention. With high throughput and built-in maintenance features, it improves workflow efficiency and reduces turnaround times in hospitals, clinics, and diagnostic laboratories.
Q: What sample volume is required for each test, and why is this beneficial?
A: Each test requires only 1320 L of whole blood. This low sample volume makes the analyzer suitable for pediatric and geriatric patients, decreases reagent usage, and helps enhance the overall efficiency of laboratory testing.
Q: When should laboratory staff perform routine maintenance on the analyzer?
A: Routine maintenance is simplified by the instruments automated cleaning function, which can be scheduled according to laboratory protocols. The built-in quality control program also assists in regular performance checks to maintain accuracy and reliability.
Q: Where can the Automated Hematology Analyzer be installed for optimal usage?
A: It is ideally suited for hospital laboratories, clinics, and diagnostic labs, thanks to its compact dimensions (350 x 445 x 410 mm), robust construction, and adaptable operating temperature range of 15C 30C.
Q: What process does the analyzer use to notify staff of abnormal results?
A: An integrated alarm system automatically alerts users via the large LCD touchscreen when abnormal values are detected, aiding healthcare professionals in prompt decision-making and patient management.
Q: How does the built-in data storage support laboratory operations?
A: With capacity for up to 50,000 results and histograms, the analyzer allows for extensive record-keeping, data review, and retrospective analysis, which enhances reporting accuracy and streamlines laboratory audits.
Q: What are the key benefits of using this analyzer in a diagnostic lab?
A: Benefits include efficient sample processing, minimal blood volume requirements, automated maintenance and quality control, notification of abnormal values, extensive data storage, and support for multiple languages. These features contribute to accurate diagnoses and improved patient care.