Spec \ Model |
SUCCEEDER |
SA5000 |
SA5600 |
SA6000 |
SA6600 |
SA6900 |
SA7000 |
SA9000 |
SA9800 |
Principle |
Rotation method |
Rotation method |
Rotation method |
Whole blood: Rotation method;
Plasma: Rotation method, capillary method |
Whole blood: Rotation method;
Plasma: Rotation method, capillary method |
Whole blood: Rotation method;
Plasma: Rotation method, capillary method |
Whole blood: Rotation method;
Plasma: Rotation method, capillary method |
Whole blood: Rotation method;
Plasma: Rotation method, capillary method |
Method |
Cone plate method |
Cone plate method |
Cone plate method |
Cone plate method,
capillary method |
Cone plate method,
capillary method |
Cone plate method,
capillary method |
Cone plate method,
capillary method |
Cone plate method,
capillary method |
Signal collection |
High-precision raster subdivision technology |
High-precision raster subdivision technology |
High-precision raster subdivision technology |
Cone plate method:High-precision raster subdivision technologyCapillary method: Differential capture technology with fluid autotracking function |
Cone plate method:High-precision raster subdivision technologyCapillary method: Differential capture technology with fluid autotracking function |
Cone plate method:High-precision raster subdivision technologyCapillary method: Differential capture technology with fluid autotracking function |
Cone plate method:High-precision raster subdivision technologyCapillary method: Differential capture technology with fluid autotracking function |
Cone plate method:High-precision raster subdivision technologySample tube mixing by mechanical arm shaking.Capillary method: Differential capture technology with fluid autotracking function |
Working Mode |
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Dual probes, dual plates and dual methodologies work simultaneously |
Dual probes, dual plates and dual methodologies work simultaneously |
Dual probes, dual plates and dual methodologies work simultaneously |
Dual probes, dual plates and dual methodologies work simultaneously |
Dual probes, dual cone-plates and dual methodologies work simultaneously |
Function |
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/ |
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2 probes with cap-piercing for closed tube.
Sample barcode reader with external barcode reader.
Newly designed softwre and hardware for easier use. |
Accuracy |
≤±1% |
≤±1% |
≤±1% |
≤±1% |
≤±1% |
≤±1% |
≤±1% |
Accuracy of Newtonian fluid viscosity <±1%;
Accuracy of Non-Newtonian fluid viscosity <±2%. |
CV |
CV≤1% |
CV≤1% |
CV≤1% |
CV≤1% |
CV≤1% |
CV≤1% |
CV≤1% |
Accuracy of Newtonian fluid viscosity=< ±1%;
Accuracy of Non-Newtonian fluid viscosity =<±2%. |
Test time |
≤30 sec/T |
≤30 sec/T |
≤30 sec/T |
Whole blood≤30 sec/T,
plasma≤0.5sec/T |
Whole blood≤30 sec/T,
plasma≤0.5sec/T |
Whole blood≤30 sec/T,
plasma≤0.5sec/T |
Whole blood≤30 sec/T,
plasma≤0.5sec/T |
Whole blood≤30 sec/T,
plasma≤0.5sec/T |
Shear rate |
(1~200)s-1 |
(1~200)s-1 |
(1~200)s-1 |
(1~200)s-1 |
(1~200)s-1 |
(1~200)s-1 |
(1~200)s-1 |
(1~200)s-1 |
Viscosity |
(0~60)mPa.s |
(0~60)mPa.s |
(0~60)mPa.s |
(0~60)mPa.s |
(0~60)mPa.s |
(0~60)mPa.s |
(0~60)mPa.s |
(0~60)mPa.s |
Shear stress |
(0-12000)mPa |
(0-12000)mPa |
(0-12000)mPa |
(0-12000)mPa |
(0-12000)mPa |
(0-12000)mPa |
(0-12000)mPa |
(0-12000)mPa |
Sampling volume |
200-800ul adjustable |
200-800ul adjustable |
≤800ul |
Whole blood: 200-800ul adjustable, plasma≤200ul |
Whole blood: 200-800ul adjustable, plasma≤200ul |
Whole blood: 200-800ul adjustable, plasma≤200ul |
Whole blood: 200-800ul adjustable, plasma≤200ul |
Whole blood: 200-800ul adjustable, plasma≤200ul |
Mechanism |
Titanium alloy |
Titanium alloy, jewel bearing |
Titanium alloy, jewel bearing |
Titanium alloy, jewel bearing |
Titanium alloy, jewel bearing |
Titanium alloy, jewel bearing |
Titanium alloy, jewel bearing |
Titanium alloy, jewel bearing |
Sample position |
0 |
3x10 |
60 sample position with single rack |
60 sample position with single rack |
90 sample position with single rack |
60+60 sample position with 2 rack
totally 120 sample positions |
90+90 sample position with 2 racks;
totally 180 sample positions |
2*60 sample position;
totally 120 sample positions |
Test channel |
1 |
1 |
1 |
2 |
2 |
2 |
2 |
3 (2 with cone-plate, 1 with capillary) |
Liquid system |
Dual squeezing peristaltic pump |
Dual squeezing peristaltic pump,Probe with liquid sensor and automatic-plasma-separation function |
Dual squeezing peristaltic pump,Probe with liquid sensor and automatic-plasma-separation function |
Dual squeezing peristaltic pump,Probe with liquid sensor and automatic-plasma-separation function |
Dual squeezing peristaltic pump,Probe with liquid sensor and automatic-plasma-separation function |
Dual squeezing peristaltic pump,Probe with liquid sensor and automatic-plasma-separation function |
Dual squeezing peristaltic pump,Probe with liquid sensor and automatic-plasma-separation function |
Dual squeezing peristaltic pump,Probe with liquid sensor and automatic-plasma-separation function |
Interface |
RS-232/485/USB |
RS-232/485/USB |
RS-232/485/USB |
RS-232/485/USB |
RS-232/485/USB |
RS-232/485/USB |
RS-232/485/USB |
RJ45, O/S mode, LIS |
Temperature |
37℃±0.1℃ |
37℃±0.1℃ |
37℃±0.1℃ |
37℃±0.1℃ |
37℃±0.1℃ |
37℃±0.1℃ |
37℃±0.1℃ |
37℃±0.5℃ |
Control |
L-J control chart with save, query, print function;
Original Non-Newtonian fluid control with SFDA certification. |
Calibration |
Newtonian fluid calibrated by national primary viscosity liquid;
Non-Newtonian fluid win national standard marker certification by AQSIQ of China. |
Report |
Open |