Chariot's Biotechnology Khar, Mumbai, Maharashtra

Effective temperature regulation system with Peltier controlled cuvette/ flow cell block Dual reading mode Robust system with built in stabilizer Latest technology with battery back up for 250 tests with QC, more than 2000 results Robust in built 20 Column Thermal Printer with 384 stationary heads. Unique circuitry for long lamp life Reliable Peristaltic pump with maintenance free operations Sophisticated software for kinetic graph with built in delta calculation for graphic ( high) samples from graphic display without diluting and re-running the samples. Monochromatic, Biohromatic Measurement Multi Standard Calibration Patients ID entry Editing of saved tests Human machine user interface : Touchpad, Keypad Built in Incubator Levey Jennings and standard Deviation graphs Optional interface for External Printe Patient report with PID & Name Access to Test by Touch of Key

SMART COMBINATION INNOVATION DESIGN Window Based Operating System 7” inch true color touch screen (800*480 pixels) 4 USB Ports & 1 ether net port Flow Cell & Cuvette testing mode Universal power supply Advance Optics Filter System Online Graph For All Chemistries Auto- Sleep Function Over 300 Programs, 200000 Results Storage     SMART COMBINATION INNOVATION DESIGN Analysis Method : End Point, 2 Point End (Sample Blank) Kinetics, Fixed- Time,Turbidity Optics: 7 Filters,340,405,450,505, 546, 578, 630 Lamp House : Long-life Tungsten Halogen Lamp (6V /10W Auto-Sleep Function Display 7.0” TFT LCD with Touch Screen,800*480 Pixels Printer : Build-in Thermal Printer, 57 mm Printer Paper External Printer Optional Temperature: 25,30,37°C and Room Temperature

Dimension : 400 x 300 x 160mm (LXWXH)

Fully automated, compact, flexible and cost effective 3-part differentiation of WBC, 19 parameters + 3 histograms Throughput : 30 Samples per hour Up to 10000 sample results (including histograms) can be stored Cyanide free HGB analysis method 3 counting modes : All parameters, WBC/HGB,RBC/PLT Built- in thermal recorder, optional external printer Large color LED display Automated Cell Counting : Principle : Electrical resistance   A Cell counter is an appliance that can count as well as measure their volume. It is based on the fact that cell show great electrical resistance: in other words, they conduct almost no electricity. In a cell counter the cells, swimming in a solution (diluent) that conducts electricity, are sucked one by one into a tiny gap (aperture). Flanking the gap are two electrodes that conduct eletricity. When no cell is in the gap (aperture), electricity flows unabated, but when a cell is sucked into the gap (aperture) the current is resisted, the Cell counter counts the number of such events and also measures the current and hence the resistance, which directly correlates to the volume of the cell trapped   measures the current and hence the resistance, which directly correlates to the volume of the cell trapped Technical Specification Parameters WBC, Lymph#, Mid#, Gran#, Lymph%, Mid%, Gran%, RBC, HGB HCT, MCV, MCHC, RDW-CV, RDW-CV, RDW-SD,PLT, MPV, PDW, PCT and Histogram for WBC, RBC PLT Principles Electrical impedance method for counting and cyanide free method for hemoglobin

Fully automated, compact, flexible and cost effective. 3-part differentiation of WBC, 21 parameters + 3 histograms Throughput 70 Sample per hour Up to 500000 sample results (including histograms) can be stored Cyanide free HGB analysis method Built- in thermal recorder, optional external printer, 4 USB port WIFI adapter, Keyboard, Mouse, LAN port (1) 10.4 Inch TFT Touch Screen Low Running Cost as two reagent system & whole blood sample volume 9μLReagent Temperature Control System.