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Model | HA-6560VET |
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Principles | Flow Cytometry (FCM) + Tri-angle laser scatter + Chemical staining method for WBC differentiation |
Impedance method for RBC and PLT test + Cyanide | |
Free colorimetry method for HGB test | |
Parameters | 23 parameters: WBC, Neu#, Lym#, Mon#, Eos#, Bas#, Neu%, Lym%, Mon%, Eos%, Bas%, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-SD, RDW-CV, PLT, MPV, PDW, PCT |
3 histograms for WBC, RBC and PLT | |
4 scattergrams for WBC differentiation | |
Repeatability | WBC: S3.0% RBC: ≤2.0% HGB: S 2.0% |
MCV: ≤2.0% | |
PLT: ≤6.0% | |
Language | Chinese, English, Spanish, French, Russian, Portuguese |
Throughput | Up to 60 tests per hour |
Sample Volume | 20μL |
Communication | Supporting Bi-directional LS |
Linearity Range | WBC: 0.00-300.00x 10^9/L |
HGB: 0-250 g/L | |
PLT: 0-3000×10^9/L | |
RBC: 0.00-14.50×10^12/L | |
HCT: 0.0-67.0% | |
Consumables | DIL-C: 20L |
LYC-1: 500ml | |
LYC-2: 500ml | |
CLE-P: 50ml | |
Power Supply | 100V-240V, 50/60Hz |
Sizes(W×D×H)(mm) | 364x498x431 |
Shipping Size(W×D×H)(mm) | 700x640x600 |
N.W./G.W. (kg) | 27/58 |
Flow Cytometry (FCM) + Tri-angle laser scatter + Chemical staining method for WBC differentiation for accurate measurements
Compact design: Compact and space-saving, suitable for veterinary hospitals with limited space.
Several designs reduce reagent consumption and operating costs.
The vet hematology analyzer machine has a high-precision detection technology, which can quickly and accurately measure various biochemical indicators in the sample.
It is simple and easy to operate, even for those without specialized knowledge.
The vet hematology analyzer machine has a fast detection speed and automated operation process, which can complete the testing of many samples quickly. Up to 60 tests per hour.
In addition to the machine's own measurement technology, there are several other points to consider:
The number of parameters a Hematology Analyzer can provide. This refers to all types of data that the device can provide in relation to the elements being measured. For example, the number, volume and concentration of each element. Depending on the device, hematology analyzers can provide anywhere from 9 to over 50 parameters.
The performance of a hematology analyzer should also be evaluated in terms of accuracy, precision, speed of analysis, ease of operation, versatility, stability, maintenance and cleanliness, data management and compatibility, and safety. A good hematology analyzer provides fast and accurate results, is easy to operate, versatile, stable and reliable, and is easy to maintain and clean to ensure long-term efficient operation, as well as having a good data management system and security protection.
When choosing reagents, it is important to pay attention to the brand, which depends on whether the analyzer is a closed system or not. Closed systems only accept reagents of the same brand as the device. Analyzers that are compatible with any reagent brand are called “open”.
Depending on the specific application (diagnostic and clinical) of the device, there are many types of reagents. To ensure proper operation of your analyzer, you will need calibrators, control solutions, diluents, and dyes.
Model | HA-6560VET |
---|---|
Principles | Flow Cytometry (FCM) + Tri-angle laser scatter + Chemical staining method for WBC differentiation |
Impedance method for RBC and PLT test + Cyanide | |
Free colorimetry method for HGB test | |
Parameters | 23 parameters: WBC, Neu#, Lym#, Mon#, Eos#, Bas#, Neu%, Lym%, Mon%, Eos%, Bas%, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-SD, RDW-CV, PLT, MPV, PDW, PCT |
3 histograms for WBC, RBC and PLT | |
4 scattergrams for WBC differentiation | |
Repeatability | WBC: S3.0% RBC: ≤2.0% HGB: S 2.0% |
MCV: ≤2.0% | |
PLT: ≤6.0% | |
Language | Chinese, English, Spanish, French, Russian, Portuguese |
Throughput | Up to 60 tests per hour |
Sample Volume | 20μL |
Communication | Supporting Bi-directional LS |
Linearity Range | WBC: 0.00-300.00x 10^9/L |
HGB: 0-250 g/L | |
PLT: 0-3000×10^9/L | |
RBC: 0.00-14.50×10^12/L | |
HCT: 0.0-67.0% | |
Consumables | DIL-C: 20L |
LYC-1: 500ml | |
LYC-2: 500ml | |
CLE-P: 50ml | |
Power Supply | 100V-240V, 50/60Hz |
Sizes(W×D×H)(mm) | 364x498x431 |
Shipping Size(W×D×H)(mm) | 700x640x600 |
N.W./G.W. (kg) | 27/58 |
Flow Cytometry (FCM) + Tri-angle laser scatter + Chemical staining method for WBC differentiation for accurate measurements
Compact design: Compact and space-saving, suitable for veterinary hospitals with limited space.
Several designs reduce reagent consumption and operating costs.
The vet hematology analyzer machine has a high-precision detection technology, which can quickly and accurately measure various biochemical indicators in the sample.
It is simple and easy to operate, even for those without specialized knowledge.
The vet hematology analyzer machine has a fast detection speed and automated operation process, which can complete the testing of many samples quickly. Up to 60 tests per hour.
In addition to the machine's own measurement technology, there are several other points to consider:
The number of parameters a Hematology Analyzer can provide. This refers to all types of data that the device can provide in relation to the elements being measured. For example, the number, volume and concentration of each element. Depending on the device, hematology analyzers can provide anywhere from 9 to over 50 parameters.
The performance of a hematology analyzer should also be evaluated in terms of accuracy, precision, speed of analysis, ease of operation, versatility, stability, maintenance and cleanliness, data management and compatibility, and safety. A good hematology analyzer provides fast and accurate results, is easy to operate, versatile, stable and reliable, and is easy to maintain and clean to ensure long-term efficient operation, as well as having a good data management system and security protection.
When choosing reagents, it is important to pay attention to the brand, which depends on whether the analyzer is a closed system or not. Closed systems only accept reagents of the same brand as the device. Analyzers that are compatible with any reagent brand are called “open”.
Depending on the specific application (diagnostic and clinical) of the device, there are many types of reagents. To ensure proper operation of your analyzer, you will need calibrators, control solutions, diluents, and dyes.