Shanghai Xunda Medical Instrument Co., Ltd.

Within 6 minutes, it can finish test of 8 biochemistry & 3 electrolyte parameters. It is especially used for emergency lab.
National key new product: National practical new-model patent numberZL02261480.X Innovation Fund Item by Ministry of Science and Technology of the P. R. China High and New technology transformed into products achievement of Shanghai.

S8+ Emergency Biomedical Analyzer combines electrolyte analyzer and biochemistry analyzer. This is our unique technology even across the world. No other company makes this type analyzer. Its test speed is very fast. Within 6 minute, it can finish the test of 8 parameters of biochemistry and 3 parameters of electrolyte. It is especially used for emergency lab. S8+ can test any combination of 8 parameters from total 17 parameters (GLUGOD, GLUCK, ALB, TP, UA, T-Bil, AMY, ALP, GGT, ALT, AST, CK-NAC, CK-MB, LDH, HBDH, BUN, Cr). If 8 parameters are not necessary, you can pick any parameters out.

S8+ Emergency Biomedical Analyzer just needs 300 μl of sample volume. Then the sample will be dispatched to 8 flow cells and mixed with reagents according to different ratio. How to dispatch and mix is a patent of our company. Then 8 detectors will measure the absorbance. At the same time, the sample will be sent to the electrode to measure the K, Na and Cl parameters. All procedure will be completed within 6 minutes.

*High efficiency: It can simultaneously report 11 testing results within 5 minutes.

*Low cost: It doesnt need special biochemical reagent, so the analytic cost is greatly reduced.

*High precision: By using the wet chemical process, testing precision is guaranteed.

*Easy to operate: Once samples enter, analysis carries out automatically. Equipped with keyboard and mouse, friendly English dialogue windows.

*Reagent refrigerating function: temperature in the safe: 4-10.

*The function of automatically self-identifying sample and reagent shortage.

*It can be in power-save mode for 24 hours. And it can also self-identify whether the reagent is valid or not.

*Function of self-identifying the air bubble: During the process of absorbing the sample, it will self-detect if there are air bubbles in the pipeline.

*Self-diagnosis function: keyboard diagnosis, light source diagnosis, filter localization diagnosis and electrode diagnosis.

*Automatic data maintenance against power failure.

*Automatic two points calibration, can reserve and query.

*Quality-control function: It can make statistical analysis, save and make quality-control graph, based on the quality-control data.

*Archives management: Its equipped with small size archives libraries. It meets the modern management needs of the clients.

*Testing method: Biochemical parts: end-point method, two-point method, speed method; Electrolyte parts: ion-selective electrode.

*Sample volume: Biochemical item: 200μl; Electrolyte: 100μl.

*Sample type: serum, plasma.

*Reagent volume: approximately 240μl.

*Flexible testing item: Customers can flexibly make changes to the 8 biochemical items, and choose any of them to test.

Measure method
End point, two point, velocity, etc.

Optic system
8 channels filters

Light source
Long life halogen lamp 6V/20W

Wavelength range
340-700nm

Wavelength choosing
Intervening lights filter: 340, 405, 510, 545, 600 nm (for standard equipment, 380, 690 nm for option)

Photometric range
0.000-2.500A

Resolution
0.001A

Precision
CV≤1.0%

Refrigerator temperature
4-10

Precision of the temperature control
SD≤0.2

Sample volume
200μl serum or plasma

Reagent volume
~240μl/item

Flow cell
Temperature control flow cell array (37)

Receiver
Silicon light cell array

Monitor
15 inch color LCD monitor

Printer
Printer provided

Communication
RS232C communication interface

Power supply
220V±10%;50Hz±2%

Dimension
565×470×525mm

Weight
≤26.5Kg



S8+ electrolyte parts (optional)
Measuring range
Resolution
Precision
Method
Sample volume

K
0.50-15.0mmol/L
0.01mmol/L
CV≤1.0%
Ion-selective electrode
100 μl serum or plasma

Na
30.0-200.0mmol/L
0.1mmol/L

Cl
30.0-200.0mmol/L
0.1mmol/L