BC-760 & BC-780
Auto Hematology Analyzer with ESR
3D fluorescent analysis technology allows reliable differentiation of immature and other abnormal cells, such as immature granulocytes (IMGs), reticulocytes (RETs*), and immature platelet fraction (IPF).
ADDITIONAL INFORMATION
Above and Beyond
SF Cube fluorescent technology allows reliable counting and differentiation of abnormal samples
- More refined and reliable cell differentiation
3D fluorescent analysis technology allows reliable differentiation of immature and other abnormal cells, such as immature granulocytes (IMGs), reticulocytes (RETs*), and immature platelet fraction (IPF).
- More reliable measurements for low-value samples
The BC-760 & BC-780 3D fluorescence analysis platform is designed with multiple counting WBC-3x and PLT-O 5x analysis modes to help ensure higher reliability for low-value WBC and PLT samples. In addition, the PLT de-aggregation function can reduce the cumbersome review work.
- More comprehensive alarm messages for abnormalities
The analyzer provides a detailed list of over 40 prompt messages, including WBC message, RBC message, and PLT message. This allows laboratory technicians to intuitively and quickly identify abnormal samples and proceed further with the samples in a timely manner. This in turn helps to avoid missed diagnosis of blood disease and false reports.
Beyond your expectations
Limitations of traditional PLT counting
In the traditional impedance method, PLTs are subject to interferences that may lead to falsely high or falsely low results (as shown in the figure). Once an error report is generated, it will directly affect the judgment and decision-making of clinicians. The results reported at the clinical decision level are related to patient safety. Therefore, accurate PLT results are critical in clinical practice.
Optical PLT-H in every CD test
In order to solve the above problem, we have developed a brand new parameter PLT-H. It combines small PLTs from the conventional impedance method and large PLTs from the optical method. The solution can resist the interferences in conventional PLT detection without requiring extra reagents.
CD + ESR in one test provide reliable ESR results with greater ease
The BC-700 series integrates an automatic ESR module in a hematology analyzer. It can also generate both CBC & ESR results in one test within 1.5 min. In addition, it saves the costs that would otherwise be incurred for the purchase, maintenance, consumables, and storage space of a separate ESR analyzer. Compared with the traditional Westergren method, this method performs better in quality traceability, repeatability, speed, safety, and level of automation.
Accurate
• Great correlation with the Westergren method
• Same QC and calibrator as in the BC-6000 series
• Combined examination helps to avoid the interferences of dehydration, polycythemia vera and anemia on ESR results
Cost-effective
• The integrated instrument is capable of both CBC and ESR detection;
• Takes up the space of only one analyzer
Automatic
• Report CBC + ESR results together within 1.5 min;
• The measurement results are protected against the influence of subjective factors;
• Automation can reduce the biosafety hazards that may otherwise be introduced by a manual method.
RFID Encryption key management
labXpert Coming as standard configuration Same software as BC-6 series
Floating screen Switching between different analysis modes with a single touch
Continuous autoloading 5 positions x 6 racks
Cap piercing STAT Supports STAT samples and capillary blood samples; minimizes bio-safety hazards
Applicable to different sample types Peripheral blood/Capillary blood Pre-diluted blood/Body fluid
Key Specifications
Principles
WBC (IMG/Neu/Mon/Lym/Eos/Bas), NRBC/RET*, PLT-H/PLT-O*/IPF: SF Cube ^ Cell Analysis Technology ^S: Scatter; F: Fluorescence; Cube: 3D analysis
RBC, PLT
Focusing Flow-DC Impedance Method
HGB
Colorimetric method
ESR
Photometric method
Number of measuring parameters (whole blood): 109
Number of reportable parameters: 41
WBC Bas# Bas% Neu# Neu% Eos# Eos% Lym# Lym% Mon# Mon% IMG# IMG% RET%* RET#* RHE* IRF* LFR* MFR* HFR* RBC HGB MCV MCH MCHC RDW-CV RDW-SD HCT NRBC# NRBC% PLT PLT-I PLT-H PLT-O* MPV PDW PCT P-LCR P-LCC IPF ESR
Number of research parameters: 68*
Number of measuring parameters (body fluid): 18
Number of reportable parameters: 7
WBC-BF TC-BF# MN# MN% PMN# PMN% RBC-BF
Number of research parameters: 11
Sample volume
CD (whole blood): 25ul
CD+ESR (whole blood): 160ul
Predilute: 20ul
Data storage capacity
Up to 150,000 results including numeric and graphical information *
Throughput
CD 80t/h CDR 45t/h CD+ESR 40t/h
Analysis Mode
Sample Type Analysis Mode Whole blood CBC, CBC + DIFF, CBC + DIFF+RET*, CD + ESR, CDR + ESR*, CD/WBC-3X, CDR/PLT-5X*, and other modes Predilute CBC, CBC + DIFF, CDR*, and other modes Body fluid CBC + DIFF ADDITIONAL INFORMATION
Physical Specifications
Dimensions
840D x 655W x 600H mm
Weight
≤70.6Kg
Voltage
100V-240V~ (±10%)
Frequency
50Hz/60Hz (±1Hz)
Power input
600VA
External output
LANx1 , USB x 4 (Specifications: DC 5V; 500mA;
USB2.0 x 3; USB3.0 x 1 )
Normal Operating Environment
Ambient temperature:
10℃ ~ 35℃
Relative humidity:
30% ~ 85%
Atmospheric pressure:
70.0kPa ~ 106.0kPa^
^Note : Required altitude for normal operation:
-400m ~ +3000m
Performance
Parameter Linearity Range Precision Carryover WBC 0-500×109 /L ≤2.5% (≥4.51×109 /L) ≤ 1.0% RBC 0-8.60×1012/L ≤1.5% (≥3.5×1012/L) ≤ 1.0% HGB 0-260g/L ≤1.0% (110-180g/L) ≤ 1.0% HCT 0-75% ≤1.5% (30%-50%) ≤ 1.0% PLT* 0-5000×109 /L ≤ 1.5(SD) (≤20×109 /L)^ ≤ 2.5% (≥100×109 /L)^ ≤ 1.0% RET* 0-0.8×1012/L ≤15% (RBC ≥ 3.00×1012/L RET%: 1.00% ~ 4.00%) ≤ 1.0% ESR ≤1.8(SD)(0~20mm/h) ≤ 1.0% Note: Applicable only to CDR/PLT-O 5x and CR/PLT-O 5x models
Items marked with an aerisk (*) apply only to BC-780
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