SF Cube fluorescent technology allows reliable counting and differentiation of abnormal samples
More refined and reliable cell differentiation
More reliable measurements for low-value samples
More comprehensive alarm messages for abnormalities
Beyond your expectations
Optical PLT-H in every CBC + DIFF 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.
Schematic diagram of PLT-H
Easy-W ESR
CBC + DIFF + 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
Excellent performance, high reliability, and ease of use
An all-in-one solution that goes above and beyond your expectations
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