Test Items: Glucose. Bilirubin. Ketone. Specific Gravity. Blood. pH. Protein. Urobilinogen Nitrite. Leukocyte. Vitamin C

Test Method: Dry strip color-developing method

Test Principle: Reflective photometry with dual-wavelength

Light Source: Cold lamp with high brightness and long lifetime

Wavelength: 520nm, 640nm, 660nm

Test Mode: Single and continuous test mode are selectable

Throughput: 120 Stripsl Hour

Test Slot: Using Sliding Slot, Easy to clean and replace, Lower the Carryover

Test Strip: Provide original strips

Display: LCD with high resolution

Language: Chinese and English are selectable

Memory: Saving more than 2000 samples results, and auto recover the results when power off during working

Interface: RS-232 232 serial porte can be connected to external printer and computer

Printer: Inner thermal pñnter can be connected to external printer

Report Format: Half quantitative and qualitative

Result Unit: SI unit and routine unit are selectable

Status Check: Auto checking the status during power on and off auto indentify the alarm.

Working Environment: Temperature: 10 C-30U ; Hurnidity: 20%RI-1-80%RH

Voltage: 85 264V, Auto adaption according to the input voltage

Power: <80W

 

•  3-part differentiation of WBC, 23 parameters +3 histograms

•  Low sample volume: 10m blood

•  Unique dilute program, independent HGB detection system

•  Up to 60 samples per hour

•  Automatic probe cleaning & sample dilution

•  Large color LCD display

•  Data storage of 30,000 sample with histogram

 

Automatic electric potential tracking and correcting software to ensure the stable performance

Automatically detect and filter tiny bubbles to avoid clog and ensure accurate measurement

Real-time diagnostic of system working status

Waste liquid automatic detection and alarming

Automatic calibration and two-point correction to adjust slope and intercept

Wave theory flushing method and direct flushing pipe method to avoid block and crossed contamination.

Power failure protection to avoid data losing, data storage could be extended to more than 20,000. Available to power off any time, therefore reduce reagent consumption, suitable for any hospitals.

 

Blood Analysis System is the only wireless bedside testing solution to use “Smartcard” technology. This next generation technology provides patient results directly to a PDA and to the EMR, allowing the clinician to stay at the patient’s side.

 

CLIA uses two important technologies, one is label technology which determines reactive mode and the other is separation technology which determines the sensitivity, accuracy and precision of the reagents.

 

Labeling Technology: Two types of labeling technologies are commonly used. One contains enzyme labels and other non-enzyme small molecule labels. Enzyme label reagents are not so stable and are easily affected by the change of storage conditions. Analytical system applies ABEI labels. ABEI is a small non enzyme molecule with special molecular formula to enhance stability in acid and alkaline buffer. As fast chemiluminescence, ABEI chemical reaction with sodium hydroxide (NaoH) and double oxygen water (H O ) finishes the 2 2 process in 3 seconds.

 

Separation Technology: Analytical uses Nano Magnetic Micro beads. As separation technology, nano magnetic micro beads has been widely used in the field of CLIA. Compared with traditional separation technologies, it has four major advantages: 1. It helps in enlarging the reaction area o f antigens and antibodies to shorten the reaction time. 2. Better and faster capture of the antigens and antibodies to enhance the sensitivity. 3. As liquid separation platform, it mixes thoroughly with the reagents to significantly reduce inter - or intra - assay discrepancies. 4. Absorbs the antigens or antibodies through chemical reaction to enhance the accuracy.