PriceList for Automatic Blood Analyzer - Fully Automated Blood Rheology Analyzer – Succeeder

Features

1. Designed for Large-level Lab.
2. Dual methodologies: Cone plate method, Capillary method.
3. Dual Sample Plates: Whole blood and plasma can be performed simultaneously.
4. Bionic Manipulator: Reversal mixing module, mixing more thoroughly.
3. External barcode reading, LIS support.
4. Non-Newtonian standard marker win China National Certification.

Technical Specification

Test principle	whole blood test method: cone-plate method; plasma test method: cone-plate method, capillary method;
Working mode	dual needle dual disk, dual methodology dual test system can work in parallel at the same time
Signal acquisition method	Cone plate signal acquisition method adopts high-precision grating subdivision technology; Capillary signal acquisition method adopts self-tracking liquid level differential acquisition technology;
Movement material	titanium alloy
Test time	whole blood test time ≤30 seconds/sample, plasma test time ≤1 second/sample;
Viscosity measurement range	(0～55) mPa.s
Shear stress range	(0～10000) mPa
Range of shear rate	(1～200) s-1
Sample amount	whole blood ≤800ul, plasma ≤200ul
Sample position	double 80 holes or more, fully open, interchangeable, suitable for any test tube
Instrument control	use workstation control method to realize instrument control function, RS-232, 485, USB interface optional
Quality control	It has the non-Newtonian fluid quality control materials registered by the National Food and Drug Administration, which can be applied to the non-Newtonian fluid quality control of the bid products, and can be traced to the national non-Newtonian fluid standards.
Scaling function	the non-Newtonian fluid viscosity standard material produced by the bidding product manufacturer has obtained the national standard material certificate
Report form	open, customizable report form, and can be modified on site

 

A. Method:
Cone-plate: complete measurement range, pointwise, prompt, steady state method.
Capillary: micro capillary prompt method (pressure sensor).
3. Signal collection technology: High-precision raster subdivision technology.
4. Working mode: simultaneous working with dual-cap piercing probe (with liquid level sensor function), dual-sample plate, dual-methodologies, three testing modules can work simultaneously.
5. Cap-Piercing function: sample cap-piercing probe module for capped sample tube.

B. Working environment:
1. Operating voltage: 100~240 VAC, 50~60 Hz.
2. Power consumption: 350 VA.
3. Operating temperature: 10~30 °C.
4. Humidity: 30~75%.

C. Working parameters:
1. Accuracy: Newtonian fluid  <±1%. Non Newtonian fluid <±2%.
2. CV: Newtonian fluid  ≤1%. Non Newtonian fluid ≤2%.
3. Throughput: ≤30 s/sample (whole blood). ≤0.5 s/sample (plasma).
4. Shear rate range: (1~200) S-1.
5. Viscosity range: (0~60) mPa·s.
6. Shear force range: (0~12000) mPa.
7. Sampling volume: 200~800

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