1. 5-part differentiation,29 parameters, 1 3D scatter gram,3 2D scatter grams and 3 histograms
2. Tri- angle semi-conductor Laser scatter combined with chemical dye method, advanced flow cytometry
3. Compact,powerful and affordable
4. 20ul sampling volume
5. Up to 80 samples per hour
6. 3 counting modes: whole blood ,capillary blood and prediluted
7. Capability to flag abnormal samples
8. Large storage capacity: up to 100,000 samples
9. Loading up to 60 samples simultaneously and support continuous sample loading
10. Multiple counting modes:peripheral blood,wenous blood and prediluted blood
| Model | BK-6500 | |||
| Detection Principles | Tri- angle semi-conductor Laser scatter,flow cytometry(WBC Diff) | |||
| Impedance method(WBC/RBC/PLT) | ||||
| Cyanide-free | ||||
| Parameters | 1 3D scatter gram，3 2D scatter grams and 3 histograms | |||
| WBC, Lym%, Lym#,Mon%, Mon#,Neu%, Neu#,Eos%, Eos#, Bas%, Bas#, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-CV, RDW-SD, PLT, PDW, MPV, PCT,and 4 research parameters P-LCC , P-LCR, LIC%, LIC#, ALY%, ALY# | ||||
| Throughput | Up to 80 samples per hour | |||
| Sample Volume | Whole Blood: 20ul | Prediluted: 20ul | ||
| Test Mode | CBC CBC+DIFF | |||
| Performance | Carryover | Repeatability | Linearity | |
| WBC | ≤0.5% | ≤2.0% (4-15×109/L) | 0.00-300×109/L | |
| RBC | ≤0.5% | ≤1.5% (3.5-6.0×1012/L) | 0.00-8.5×1012/L | |
| HGB | ≤0.6% | ≤1.5% (110-180g/L) | 0-250g/L | |
| PLT | ≤1.0% | ≤4.0% (150-500×109/L) | 0.00-300×109/L | |
| Data Storage Capacity | Up to 100,000 results including numeric and graphical information | |||
| Communication | LAN port supports HL7 protocol | |||
| Operating Environment | Temperature: 15°C-30°C | Humidity: 30-85% | Air Pressure: 70-106 kPa | |
| Power Requirement | A.C. 100-240V ≤300VA 50/60Hz | |||
| Package size | 850mm(L)*790mm(W)*760mm(H) | |||
| Gross weight | 90kg | |||
BK6500 Auto 5 parts 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.