Introduction
Automatic Hematology Analyzer has an advanced tri-angle laser scattering technology to obtain information on the size and internal composition of WBC and classify them. Built-in reagent room for two lyses, saves more space for operation. It has the capability to measure 28 types of parameters as per the user’s requirement. With 60 samples/ hour throughput and manual or auto calibration, the unit can be used for 19 different species.
Calibrated according to national metrology standards, ensuring measurement accuracy and traceability. The instrument has passed CE certification, suitable for use in international markets.
Applications
Hematology Analyzers are used to run tests on blood samples. They are used in the medical field to do white blood cell counts, complete blood counts, reticulocyte analysis, and coagulation tests.
Specifications
| Parameters | 28 Parameters: WBC, LYM%, MON%, NEU%, BAS%, EOS%, LYM#, MON#, NEU#, EOS#, BAS#,RBC, HGB, HCT, MCV, MCH, MCHC, RDW-CV,RDW-SD, PLT, MPV, PDW-CV, PDW-SD, PCT,P-LCR, P-LCC, NLR, PLR |
| Performance Precision | 60 samples per hour |
| Sample Volume | 60,000 sample results withscattergrams and histograms |
| Efficiency | 3 Reagent (2 Lyse + 1 Diluent)1 Probe cleanser for maintenance |
| Power Supply | 4 USB ports, 1 LAN port, HL7 protocol, support LIS |
| Case Storage | 100 – 240 V, 50/60 Hz |
| Display | 10.4-inch colour touch screen |
| Dimensions (L × D × H) | 430 × 350 × 435 mm |
| Weight | 28 Kg |
| Repeatability | ≤2% RSD |
Features
Compact yet powerful, 28 parameters detecting analysis
Real 5-part Hemanalysis with direst counting and differentiation for basophil
Manual and auto calibration
60,000 sample results with scattergrams and histograms
All-in-one model consisting of a printer, barcode scanner and card reader
Equipped with RS232/USB communication interface for data export and remote control. Supports connection to laboratory information management system (LIMS) for centralized data management and traceability.
FAQs
1. What is an Automatic Hematology Analyzer?
An Automatic Hematology Analyzer is an apparatus designed to perform Complete Blood Counts (CBCs) and other blood-related tests quickly and accurately by automating the analysis of blood samples.
2. How does Automatic Hematology Analyzer work?
It works by drawing blood into the system and using technologies such as flow cytometry, electrical impedance, and optical detection to count and differentiate blood cells.
3. What parameters can Automatic Hematology Analyzer measure?
It measures parameters such as Red Blood Cell (RBC) count, White Blood Cell (WBC) count, hemoglobin, hematocrit, platelet count, and various WBC differentials.
4. Why is Automatic Hematology Analyzer important in clinical diagnostics?
It is essential in clinical diagnostics because it provides fast, reliable, and repeatable results that help in the diagnosis and monitoring of various health conditions like anemia, infections, and blood disorders.
5. Can Automatic Hematology Analyzer detect abnormal cells?
It can flag potential abnormal cells or unusual results, prompting further investigation through peripheral smear review or additional testing.
6. What kind of maintenance does Automatic Hematology Analyzer require?
Routine maintenance includes daily cleaning, reagent replacement, checking for clogs, regular calibration and quality control checks.
7. How is Automatic Hematology Analyzer used in emergency situations?
It provides rapid CBC results that help assess critical conditions such as infections, anemia, or blood loss, enabling quick clinical decisions.
8. Can Automatic Hematology Analyzer be used for pre-surgical evaluations?
It is commonly used in preoperative assessments to ensure normal blood counts, identify anemia or clotting issues, and reduce surgical risks.
9. How does Automatic Hematology Analyzer support public health screenings?
It can be used for mass screenings to detect conditions such as anemia, infections, or nutritional deficiencies in populations.
10. How does Automatic Hematology Analyzer support infection control in hospitals?
It helps track changes in WBC counts and inflammatory markers, allowing clinicians to monitor infection progression or response to antibiotics.
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