Overview

Haematology Analyser KHA-B100 is a fully-automated 28 parameter 5-part WBC differentiation benchtop blood cell counter unit. System adopts 3D topographic WBC mapping to illustrate different properties of WBC. Integrated Ti incubation system ensures constant temperature for accurate 5-part differentiation. Multiple QC protocols and calibration function allows standardized operation. User-oriented software provides large data storage, alarms, LIS interface, flexible data management system with versatile formats.

Specifications :

Type	Fully automated 5-part differential system
Throughput	60 samples/hr
Testing Parameters	WBC, RBC, HGB. HCT, MCV, MCH, MCHC, RDW-SD, RDW-CV, PLT, PDW, MPV, PCT, P-LCR, NEU#, NEU%, LYM#, LYM%, MON#, MON%, EOS#, EOS%, BAS#, BAS%, ALY#, ALY%, IG#, IG%, 2 histograms, 2 scatter grams.
Accuracy (CV %)	WBC (109/L) : 2.0 % RBC (1012/L) : 1.5 % HGB (g/L) : 1.5 % PLT (109/L) : 4 %
Linear Range	WBC (109/L) : 1.0 – 99.9 RBC (1012/L) : 0.3 – 7.0 HGB (g/L) : 20 – 24 PLT (109/L) : 20 – 999
Sample Mode	Pre-diluted Whole blood
Test Mode	CBC+5DIFF test CBC test
Carryover	WBC / RBC / HGB <0.5 % PLT<1.0 %
Connectivity	LIS interface with HL7
Printer	Built-in Thermal printer
Storage	1,00,000 records
Operating Temperature	15 °C to 30 °C
Humidity	30 % - 85 %
Power Supply	AC 110 V – 220 V, 50 / 60 Hz
Dimensions	460 x 570 x 610 mm
Weight	53 Kgs

 

Features :

• Flow Cytometry technology
• Continuous linear shealth flow technique
• Non-toxic reagents
• Desktop for display and user interface
• Throughput: 60 samples/hr
• Performs 28 parameter testing with 2 histogram and 2 scatter gram
• Whole-blood and Pre-diluted sample modes
• CBC+Diff and CBC test modes
• Stores up to 1, 00, 000 patient records
• Built-in thermal printer
• External printer (Optional)

Applications :

Used in diagnostic laboratories, pathological diagnostic centers to characterize blood cells, determine their count and cell volume for in-vitro pathological diagnosis of blood samples to meet qualifying performance requirements and standardized results for multiple sample analysis.