INTENDED USE The Finecare™ S100β Rapid Quantitative Test is a fluorescence immunoassay used along with Finecare™ FIA Meters for quantitative determination of S100β in human serum, plasma or whole blood. The test is used as an aid to the assessment of the level of cerebral injury. STORAGE AND STABILITY 1. Store the test kit at 4 ~ 30 ℃ up to the expiration date printed on package. 2. If removed from refrigerator, allow the test kit for 30 minutes to return to room temperature before testing 3. Do not remove the Test Cartridge from the pouch until use. The Test Cartridge should be used within 1 hour once opened.

CLIAlyzer is an intuitive bench-top chemiluminescent analyzer allowing for quick operation and use. CLIAlyzer delivers results when paired with our RapidLight tests. Laboratories can run multiple specimen options and six tests simultaneously, providing up to 24 test results per hour. The CLIAlyzer is an in vitro diagnostic device used for the quantitative determination of concentrations of various analytes found in serum, whole blood, or plasma specimens. Compact size Automated walkaway system Easy operation with 7-inch touchscreen Barcode reader reduces manual entry errors Results on screen, on a printout, or uploaded to database Storage capacity of 100,000 test results Laboratory Information System (LIS) connectivity High accuracy and precision with highly sensitive PMT for signal detection Assay results as quick as 15 minutes (test-specific) Compatibility with whole blood, serum, plasma (test-specific) Six cartridge positions Automatic detection of test parameter through barcode on test strip, thus reducing any user-related errors Low maintenance analyzer due to no storage of buffer System: Automated chemiluminescence system Interface: 7-inch color touch screen Methodology: Magnetic particle-based assay with chemiluminescence detection Reaction mode: Batch mode Sample type: Serum, plasma, whole blood (test specific) Sample positions: 6 Volume: 420mm x 610mm x 321mm Weight: 35kg Connectivity: USB, RS232, LIS connection Barcode Scanner: 1-D & 2-D barcode

TURBOSTAT PLUS – SEMI AUTOMATED CHEMISTRY ANALYZER Photometric linearity range from 0 to 4.0 Abs 8 filters standard wavelength and 2 more free position Windows-based user-friendly interface with high-speed CPU processor Analysis method: Endpoint, Kinetic, Fixed time, Turbidimetry, Multipoint, Factor etc., Real-time reaction monitoring graph for each test Interactive test programs up to 300 parameters Sample Result storage up to 2,00,000 Built-in incubator to maintain the temperature for sample testing 7” touch screen TFT LCD display 4 USB Host, 1 USB slave and 1 Ethernet port for efficient support Built-in thermal printer Technical Specs Linear Measuring Range 0 to 4.0Abs Light Source Tungsten Lamp with lamp saver feature Standard Wavelength 340,405,450,505,546,578, 630 nm. 2 more for optional Modes End-point, Two-point, Kinetic, Multi-point, Factor Test Menu 300 open programmable test option Illuminated volume of Flow Cell 32 μL Printer Thermal Printer Display 7 inches LCD touch screen Storage 2,00,000 Result Interface 4 USB Hosts, 1USB Slave, 1 Ethernet port. Power Requirement 100~240VAC, 50/60Hz Dimensions 400mm (L) x 300mm (W) x 160mm (H)

Photometric linearity arrange from 0 to 4.0 Abs 8 filters standard wavelength and 2 more free position Windows-based user-friendly interface with high speed CPU processor Analysis method: Endpoint, Kinetic, Fixed time, Turbidimetry, Multipoint, Factor etc., Real-time reaction monitoring graph for each test Interactive test menu with 300 parameters Result storage up to 2,00,000 7” touch screen TFT LCD display 4 USB Host, 1 USB slave and 1 Ethernet port for efficient support Built-in thermal printer Linear Measuring Range 0 to 4.0Abs Light Source Tungsten Lamp with lamp saver feature Standard Wavelength: 340, 405, 450, 505, 546, 578, 630 nm and 2 more for optional Modes: End-point, Two-point, Kinetic, Multi-point, Factor Test Menu: 300 open programmable test option Illuminated volume of Flow Cell: 32 μL Printer: Thermal Printer Display: 7 inches LCD touch screen Storage: 2,00,000 Result Interface: 4 USB Hosts, 1USB Slave, 1 Ethernet port. Power Requirement: 100~240VAC; 50/60Hz Dimensions: 400mm (L) x 300mm (W) x 160mm (H)

Best Semi Automatic Biochemistry Analyzer AT Smart from Accurex. AT SMART is a Biochemistry/Clinical Analyzer with a user-friendly and the human interface is via touch screen. It measures the optical densities of samples & calculates the sample concentration which are used for biochemical investigation. This Biochemistry Machine operates from near UV to visible range. Semi Auto Analyzer AT SMART is CE certified and has undergone rigors testing before being delivered to customers. About •SMART MAINTENANCE •SMART LIS •SMART INVENTORY MANAGEMENT REDUCED ERRORS: IT allows for the accurate collection of data, automated workflows & minimized waste. SAVES TIME: Patient monitoring can be done in real-time, saves engineers visiting time. BETTER PATIENT EXPERIENCE: A connected laboratory system creates an environment that meets each patient’s needs. INSTRUMENT BREAKDOWN MANAGEMENT: Real-time data helps to monitor instrument performance. ONLINE REACTION CURVES: • Real time reaction curve with special • Flagging gives confidence in patient reports. INTELLECTUAL SOFTWARE: • User friendly Device. • 150 Direct access test keys gives freedom to select parameters easily. • Availability of different assay modes. DRY BATH INCUBATOR: • Dry bath incubator with 12 test tube positions • Mini size with 15 minutes start up time FEATURES: •Remote access & monitoring via Internet •150 test parameters •Built-in thermal printer to print results, enzymatic curves and standard calibration curves •Large graphic display with real time graph display for enzymatic reaction •Touch screen interface with dynamic test access key SPECIFICATIONS: Methodology- • Absorbance • Endpoint with standard, factor, sample blank & diffrential • Two-point (fixed time) and multi point kinetics • Multi standard calibration • Mono or bi-chromatic reading • Turbidimetry Optical System- • Principle: photometry • Range of measurement: 0.0-3.0A • Spectral range selection: Automatic via filter wheel • Filters: 340, 405, 505, 546, 578 and 630 nm plus two free position • Bandwidth:10nm (+/- 2nm) • Light source: Life Long Halogen lamp • Blanking: Automatic • Detector: Silicon Photodiode Photometer- • Peltier regulated 25ºC, 30ºC and 37ºC • Flow cell of 18 µ L • Continuous flow system with peristaltic pump • Programmable Sipping Volume Memory- • 150+ User Defined Test Programs • 1000 test results in instrument memory and unlimited test resultresult storage via cloud • Reagent Blank • 2 Level of QC Quality Control- • Levy-Jennings chart using westgard’s rules • 30 Normal and abnormal QC values for selected test User Interface- • Graphic LCD back Lit 240×64 pixels • Touch Screen input • Data port and cloud connectivity • Type : Graphic thermal printer Power & Dimensions- • Voltage : 220 V • Frequency : 50 Hz • Maximum power : < 150 VA • Maximum relative humidity : 75% • Compact form factor • Weight: < 6kgs Safety Information Precautions • Instrument should be operated only by authorised or trained personnel • For any reasons, unauthorised personnel should not be engaged for servicing or removing the cabinet • Power source should be regulated either by voltage stabilizer or regulated power back up (UPS). If inverter is been used, please ensure there exists a voltage stabilizer • Reagents recommended by the company to be preferably used • Flow cell needs to be rinsed regularly with the company recommended flow cell cleaning solution • User is requested not to use any other pointing devices other than being supplied by company while operating touch screen • The operating environment should be clean and protected from direct sunlight • During the day at the end of the work, it should be ensured that flow cell is always filled with distilled water • During transport / longer duration of shut down, th Direction for Use Please ensure that the power source is properly grounded and voltage between Line and Ground is less than 2V AC – 5V AC. • Please ensure that the instrument is placed on a firm table, clean environment, and sufficient ventilation space. • Switch On the instrument. • Instrument will run its own internal diagnostic routines, to ensure proper working of critical functions. • Allow the instrument to stabilize for 10 minutes. • During the stabilization time, please wash the flow cell with cleaning solution and distilled water for at least two times. • During shut down, ensure that the flow cell is cleaned with flow cell cleaning solution and rinsed thoroughly using distilled water. • For overnight shutdown, please ensure flow cell is filled with distilled water. • Cover the instrument with the given dust cover Other Info GENERAL INFORMATION While installing and setting up the instrument, few safety warnings and general precautions described in the further sections must be observed. A. Power Supply : • Power source should be grounded and have either servo stabilizer or regulated power back up • Power cord should be CE , CSA and UL marked • Voltage : 115 – 230 Volts ± 10% 50 – 60 Hz • Grounding: Make sure that electrical power source is properly grounded.

Product Description: The LisaScan EM Microplate Reader is an economical, compact and versatile 8 channel ELISA reader which can be adapted to various ELISA applications. It is India’s largest selling automated microplate ELISA reader Product Features: Wavelength Range: 400 to 750nm with a dynamic measurement range of 0.0 to 4.0 O.D 100 user-programmable test storage Inbuilt thermal printer for reports & graphs Auto self-check on start-up & external printer connectivity Compatible to various plate geometrics-96 well microplates ( Flat, U & V bottom) Wavelength selection: Monochromatic, bi-chromatic & multi-chromatic* Reading time 8 sec. for single wavelength using 8-channel optics User-friendly inbuilt operation software with 7000 sample test results storage User interface: High Resolution LCD display with 20 Keys Rugged waterproof & membrane panel Computer linked ELISA data management software - Eli-LIMS* CE marked Inbuilt shaking facility,Three Linear Speeds - Low, Medium and Fast Reports can be printed using internal thermal or external printer No need of manual calculations and documentation Documentation ease – Reports can even be stored using optional Eli-LIMS software Computer can be connected Extensive ELISA data management Product Applications: ELISA System type: Open System Plate types: 96 well plates Wells Type: U, V and Flat bottom wells Operating Modes: Absorbance Quantitative Qualitative Semi-Quantitative Kinetic Mode Measurement Modes: Continuous / Step Shaking Modes: Three Linear Speeds - Low, Medium and Fast. Time duration can be set Wavelength Selection: Monochromatic Bi-Chromatic Multi-Chromatic* (Maximum 4) Calculation Modes: Non-linear Standard Cut-off Index Formula Column Subtraction Linear Regression Point to Point Cubic Spline Linear – Log Blank Options: Blank, Control, Assay Validation equations Against Air, Well Plate, Column, Column-mean Row, Row mean Number of programmable standards / calibrators: Up to 10 standards /test Storage/ display/ printing of multi standard curves and cut-off equations for all parameters Test Programs: 100 totally “open” Test Programs Photometer: Measuring system: 8-Channel optical system Lamp Source: Tungsten Halogen with Lamp saver function Wavelength Range: 400 to 750 nm Standard Filters: 405 nm, 450 nm, 492 nm, 630 nm (Optional two filters 578 nm, 700 nm), 10 nm Band Pass Dynamic Range: 0.0 ~4.0 OD Photometric accuracy: < 1% at 2.5 OD at 450 nm Photometric resolution: 0.001 OD Linearity: <1% at 2.5 OD at 450 nm Measurement Time: SPEED : 8 Seconds single wavelength NORMAL : 17 Seconds single wavelength Display: High resolution Graphics LCD 320x240 pixels, LED Backlight, View area: 120x92 mm Keyboard: Rugged waterproof & membrane panel PC Communication: USB Based Protocol compatible with Eli-LIMS and TNW Built-in Thermal Printer: Built in High resolution, 384 dots per line, thermal Type with full graphics facility printer and option for connecting External Parallel Printer (or USB Printer using External Adaptor). Computer interfacing Software: Windows Based Software Eli-LIMS with data managemenOptional Windows Based Software with data management capabilities to store patient results, store/display calibration curve /QC curves. Reports on internal and external printers: Report generation for last 7000 Sample’s is viewed/printed/stored. Lab name in Print-out Lab name in Display Collated reports Print-out of Normal Range along with the result (on external printer only). Graphs can be printed on Thermal Printer Sorted by: Date I.D. Both by Date & I.D. Test Plate ID Online Help: At each step on-line help in each menu. Beeps and online instructions on erroneous entry. Special HELP key on keypad. Operating Temperature: 20˚ C to 40˚ C Storage Temperature: -10˚ C to 50˚ C Humidity: Max. 80% RH, non- condensing Power Supply: 16 V - 24.5 V DC using External Auto ranging SMPS adapter 115/230VAC ±10%, 50/60Hz., Max. 90 Watt. (CE & UL certified) Dimension: 502 mm X 369 mm X 216 mm Weight: 7 Kg

XL 1000 with the throughput of upto 1040 tests per hour is the ideal instrument for centralizing the complete biochemistry testing load on a single fully automated platform. Increased walk away productivity and less human intervention make it an ideal analyzer for large laboratories. Equipped with all necessary advanced features that one expects from a high end fully automated chemistry analyzer; sample loading through rack system, cooled calibrator and control carousel, low reading volume of 150 µL, diffraction grating with 15 wavelengths from 340 nm to 800 nm and user-friendly software, to optimize and reliably run the daily lab workload. XL 1000 is a "dream come true" workhorse for laboratories with increased workload and the perfect solution. Fully Automatic, Discrete, Patient prioritized, Random Access Clinical Chemistry Analyzer with throughput of 1040 tests/hour 3 Reagent capabilities 147 long life Hard Glass cuvettes Separate Carousel for STAT samples Onboard refrigeration for reagents Extensive database for storing patient data and Q.C. results Primary tube sampling with bar code identification 9 stage laundry for cuvettes wash 150 samples can be loaded at a time through rack system System Discrete, open, automated, random access, patient prioritized, 1/2/3 reagent system DISPENSING OF SAMPLES AND REAGENTS Sample volume: 2-60 µl (0.1 µl step), 70 µl with ISE Reagent volume: 120 µl – 550 µl 3 dispensing probes ( R1, R2/R3) equipped with liquid -level sensor and crash detector Auto-dilution of samples and calibrators Clot detection Samples Serum, urine, plasma, CSF and other Economy Minimum reaction volume: 180 µl Reusable reaction cuvettes Mixing System 2 independent stirrers 3 user selectable mixing speeds Quality Control 4 levels of control material can be used Levey-Jennigs graphs Twin Plot diagrams for monitoring of systematic and random error Reaction unit with wash station 147 reusable hard glass cuvettes Possibility of replacement of individual cuvette Wash station – cuvette rinsing and drying in nine-step procedure Automatic cuvette blank measurement before analysis Sample Autoloader 23 racks 115 sample positions on automatic autoloader Primary tubes 5, 7 and 10 ml, vacuum system tubes Barcode reader for sample identification 2 Reagent trays With 43 cooled position each Barcode reader for reagent identification 20 ml, 50 ml reagent containers, 5 ml tube with adaptor Option to use one reagent for several test simultaneously Stat Tray 45 positions Can be used for blank, controls, STAT samples Software Convenient user interface Connection to LIS Programmable auto-start from sleep mode including automatic daily maintenance Statistical methods of processing results Data export in selected format Measurement Monitoring Colour indication of sample analysis Possibility of monitoring the reaction in real time Reagent volume monitoring Informative reports on ongoing analyzer status

The new and improved RTR-1 uses an image processing method. During measurement, the lateral flow device is captured using a 5-mega pixel camera and the picture is analyzed using image processing algorithms for identification of either presence or absence of test line bands or test line band intensity levels. The reader converts the image into a grayscale and then classifies the intensity levels of the image in 0 to 255 grayscale range. The image processing algorithm undergoes various levels of filtering and segmentation to yield the correct intensity levels from the picture. Based on the preconfigured intensity levels, the reader classifies the band intensity and reads out the results as either positive or negative. ACCURACY: Less than 3% intra-run CV Eliminates subjective interpretation by operator FLEXIBILITY: Single mode for low volume test setting Batch mode allows for high volume test setting Result output as semi-quantitative line intensity and visual image EASE-OF-USE: Built in barcode reader provides faster test setup Touch screen interface for easy operation Lightweight (0.7kg) and portable DATA MANAGEMENT: Results presented on screen, on a printout or uploaded to reader database Storage capacity of 1,000 test results (including images) Laboratory Information System (LIS) and Wi-Fi compatible Human Machine Interface 4-inch resistive touch screen Camera 5 mega pixel CMOS camera Barcode Scanner Integrated 1 dimensional barcode scanner Printer 48 mm inbuilt thermal printer Mode Single mode and batch mode operations Port/USB Data export and software upgrade through 2 USB ports Storage Storage capacity of 1000 test results (including images) Result output “Positive or Negative” as well as quantitative test line intensity Power 12V 2A Processor ARM Cortex-A53 Platform Embedded Linux Dimension 220 mm X 170 mm X 110 mm (L x B x H) Weight 0.7 kg (Approx CATALOG # PRODUCT RTR-1 Rapid Test Reader OTHER PRODUCTS YOU MIGHT BE INTERESTED IN.. CATALOG # PRODUCT ADX-110 ELISA Reader ADX-120 Microplate Washer

Buy AccuTest Typhoid IgG/IgM Rapid Card Test (5 Tests) Online from Accurex. The Typhoid IgG/IgM Rapid Test is used for detection & differentiation of anti-Salmonella typhi (S. typhi) IgG and IgM in human whole blood / serum / plasma. This Typhoid test is used as a screening test and as an aid in the diagnosis of infection with S. typhi. Salmonella typhi bacteria causes typhoid Typhoid fever, typhoid symptoms symptoms are likely to develop gradually – appearing one to three weeks after exposure to the disease. There are various typhoid treatment & typhoid vaccine which can be opted after the detetction of Typhoid. Typhoid fever is caused by S. typhi, a Gram-negative bacterium. Worldwide an estimated 17 million cases and 600,000 associated deaths occur annually. Patients who are infected with HIV are at significantly increased risk of clinical infection with S. typhi. Evidence of H. pylori infection also presents an increased risk of acquiring typhoid fever. 1-5% of patients become chronic carrier harboring S. typhi in the gall bladder. The clinical diagnosis of typhoid fever depends on the isolation of S. typhi from blood, bone marrow or a specific anatomic lesion. In the facilities that can not afford to perform this complicated and time-consuming procedure, Filix-Widal test is used to facilitate the diagnosis. However, many limitations lead to difficulties in the interpretation of the Widal test. In contrast, the Typhoid IgG/IgM Rapid Test is a simple and rapid laboratory test. The test simultaneously detects and differentiates the IgG and the IgM antibodies to S. typhi specific antigen thus to aid in the determination of current or previous exposure to the S. typhi. PRINCIPLE The Typhoid IgG/IgM Rapid Test is a lateral flow immunochromatographic assay. The test cassette consists of: 1) a pink-purple colored conjugate pad containing recombinant S. typhi H antigen and O antigen conjugated with colloid gold (Typhoid conjugates) and rabbit IgG-gold conjugates, 2) a nitrocellulose membrane strip containing two test region (Test line M and G) and a control region (control line). The test line ‘M’ is pre-coated with monoclonal anti-human IgM for the detection of IgM anti-S. typhi, test line ‘G’ is pre-coated with monoclonal anti-human IgG for the detection of IgG anti-S. typhi , and the C band is pre-coated with goat anti rabbit IgG. When an adequate volume of test specimen is dispensed into the sample well of the cassette, the test specimen migrates by capillary action across the test cassette. Anti-S. typhi IgM if present in the patient specimen will bind to the Typhoid conjugates. The immunocomplex is then captured on the membrane by the pre-coated anti-human IgM antibody at test region ‘M’, forming a pink-purple line at ‘M’ region, indicating a S. typhi IgM positive test result. Anti-S. typhi IgG if present in the patient specimen will bind to the Typhoid conjugates. The immunocomplex is then captured by the pre-coated reagents on the membrane, forming a pink-purple line at test region ‘G’, indicating a S. typhi IgG positive test result. Absence of any pink-purple line at test region (M and G) suggests a negative result. The test contains an internal control (control line) which should exhibit a pink-purple line of the immunocomplex of goat anti rabbit IgG/rabbit IgG-gold conjugate regardless of the color development on any of the test region. Otherwise, the test result is invalid and the specimen must be retested with another device. PRECAUTION 1. This package insert must be read completely before performing the test. Failure to follow the insert gives inaccurate test results. 2. Do not open the sealed pouch, unless ready to conduct the assay. 3. Do not use expired devices. 4. Bring all reagents to room temperature (15°C-30°C) before use. 5. Do not use the components in any other type of test kit as a substitute for the components in this kit. 6. Do not use hemolized blood specimen for testing. Wear protective clothing and disposable gloves while handling the kit reagents and clinical specimens. Wash hands thoroughly after performing the test. 7. Users of this test should follow the US CDC Universal Precautions for prevention of transmission of HIV, HBV and other blood-borne pathogens. 8. Do not smoke, drink, or eat in areas where specimens or kit reagents are being handled. 9. Dispose of all specimens and materials used to perform the test as biohazardous waste. 10. Handle the Negative and Positive Control in the same manner as patient specimens. 11. The testing results should be read within 15 minutes after a specimen is applied to the sample well or sample pad of the device. Read result after 15 minutes may give erroneous results. 12. Do not perform the test in a room with strong air flow, ie. an electric fan or strong air-conditioning. Other Info STORAGE AND STABILITY Typhoid IgG/IgM test card should be stored at 4-40°C. The card may be stored at room temperature but not exceeding 40°C in the original sealed pouch. The shelf life or expiry of the card is printed on Pouch as well as carton label. The test kit should be kept away from direct sunlight, moisture and heat.