As the workload and test menu increase, simultaneous management of multiple ELISA protocols can become challenging. The LisaXL has been designed with an open architecture to meet various laboratory needs, providing all the tools necessary for hands-free ELISA processing, increasing the reliability and reproducibility, improving throughput, and freeing the laboratory staff from repetitive steps. LisaXL allows running multiple parameters for over 250 samples in a single batch. Equipped with dual probes and dedicated workstations, drastically improve ELISA workflows. LisaXL is a complete walkway system that minimizes manual errors while improving the accuracy and turnaround time for critical tests. LisaXL provides the flexibility to build and run virtually any ELISA assays. Product Features: Lisa XL is a true walk-away system for any laboratory needs. High Throughput with 6 plates, can process up to 576 tests. A dynamic scheduler ensures optimized system usage and turnaround times by processing 6 plates and up to 12 assays in each plate Onboard flexibility with sample capacity up to 272 and 20 interchangeable racks for reagents and samples. Dual probe processing ensures speed and reliability. "Zero" carryover with high-quality disposable tips. Six individually controlled incubators and shakers with variable temperature, time, and speed settings. Efficient washing with super sweep mode ensures minimum residual volume, with up to 6 different wash buffers. Easy to use touchscreen graphic user interface Product Applications: ELISA Physical Specifications 1 Dimensions Length 1375 mm 55" Height 845 mm 33" Width 850 mm 33.5" Weight 195 kgs (Approx) Power Supply Voltage 100 - 240 Volts Frequency 50 / 60Hz Power consumption 700 W General Specifications Assay per plate Up to 12 Number of ELISA plates Up to 6 Sample capacity Up to 272 Sample / Reagent capacity Total 20 racks Single rack holds 16 sample / reagent tubes Double rack holds 6 x 60 ml reagent bottles (can be used interchangeably) Tip / Dilution box Total 11 locations of 96 capacity each (can be used interchangeably) Reader Specifications Reading Range 0.0 - 3.5 O.D Reading Channels 8 Filter wheel 8 positions 405 nm, 450 nm, 492 nm, 620 nm std* 578 nm and 700 nm optional + 2 open Light source Halogen Lamp Reading mode Single, Dual, ORR Reading time < 1 min (for single filter) Linearity Up to 3.0 O.D (450 nm) Washer Specifications Manifold configuration 16 needles - 8 aspiration & 8 dispensing Precision < 5 % at 300 μl Wash cycle Programmable Residual volume < 5 μl / well Soak time Programmable Washer buffer capacity 6 × 2.25 L Waste water container 1 × 20 L Incubator Specifications Number of incubators Up to 6 Temperature range RT + 5°C up to 50°C Temperature stability ± 1°C Incubation time Programmable Time to set temperature < 6 min Shaking 200 to 800 RPM Shaking Method Orbital Pipetting Specifications Number of probes 2 Tips 300 µl / 1000 µl, Auto / Manual selected Multi-dispensing (Reagent) Minimum volume 4 μl Serum dispensing time < 14 min Reagent dispensing time < 5 min Sample mixing Yes (Automatic) Precision Sample & Reagent Sample Dispensing with 300 µl tip: 3% above 10 µl ± 0.5 µl for 10 µl & less Reagent Dispensing with 300 µl tip: 3% for 25 µl & above Reagent Dispensing with 1ml tip: 5% for 75 µl & above" Process Security Liquid level sensing Well fill verification Clot detection Onboard sample identification Onboard reagent identification Strip verification Buffer sensing Alarms Software Operating System Windows 10 (Embedded) LIS interface Bi-directional, Serial / TCPIP USB Port Graphic load interface Graphical work list Data processing Quantitative, Semi-Quantitative & Qualitative Multi password access Ability to archive data Computer (Base configuration considered, higher configuration can be considered for upgrade after testing) Intel Core i3, 4 GB RAM, 1 TB hard disk Monitor 22" Full HD touch screen

Fully automatic, easy to operate • Bichromatic optic system with 4 wavelengths • 8-channel optic fibre system, reading whole plate in 5 seconds • Large LCD display, Win CE compatible operating system • Touch-screen or external mouse • Large memory to store 500 test parameters and 10000 results • Plate shaking feature • Can perform up to 12 different tests in one plate • Built-in modem support for long-distance maintenance and software upgrade (optional) • Multi-forms in result output including patient comprehensive report (optional) Vessel: Standard 96-well microtiter plates, or strip trays Linear Measurement Range: 0.000-3.500Abs Calculation Modes: Single point calibration, uptake mode, point-to-point curve fit, polynomial regression, linear regression (log and linear), cutoff absorbance, multipoint absorbance Wavelengths: Standard 405,450,490 and 630nm (340-700nm) four free position for optional filters (300-800nm) Accuracy: +/- 1% Light Source: Tungsten lamp (8V/50W) Mixer: Variable time and speed Display: 120mm x 90mm LCD Input: Touch-screen or external mouse Printer: External printer Memory: 500 tests and 10000 results Interface: RS-232 and parallel port Processor: RISC processor Power Requirements: 110V-260VAC, 50-60HZ Dimensions: 450mm(L) x 330mm(W) x 140mm(H) Weights: 10kg Certification: ISO 9001

Product Description: Erba Lisa Wash II is a simple easy to Operate and use ELISA Plate Washer, Suitable for all ELISA applications. Programmable features like, dispense pressure, Single/double aspiration, Horizontal & Vertical adjustments ensures complete control on washing efficiency Product Features: Fully automated, easy operating system and friendly software with large-screen display 50 user programmable protocols to customize washing Easily removable 8- or 12-way manifolds Liquid level detection and alert function Low residual volume: <3 µl Soak time programmable up to 24 hrs. Compatible for flat-bottom, U and V bottom type microplates or microstrip High-efficiency ELISA washing with automated monitoring of Vacuum. Choice of 2 wash buffer bottles, 1 distilled water & 1 waste container with sensor Dispense pressure and the volume adjustable, so as to reduce the air bubbles and ensure thorough Washing Waste-bottle sensor to detect high-waste liquid levels Standard aerosol protection cover Easy maintenance CE marked Product Applications: ELISA Wash Head: 8 and 12 head manifold compatible Wash Mode: Row and Plate Wash Row: 1-12 rows Flat Bottom Plate Type: 96 or 48 well plate or strip (Flat, U & V - bottom) Wash Programs: 50 Moving Cycle: up to 12 cycles Dispensing Volume: 50 - 3000μl in 50μl increments Dispensing Precision: < 2% at 350μl Prime Volume: 50 - 1000μl Aspiration Pressure: Automatic Soak Time: 0 – 24 Hrs Residual Volume: ≤ 2μl for V/ U bottom plates, and ≤ 3μl for per well Flat bottom plates Nos. of Bottles: 2 wash, 1 Rinse/DI, 1 waste with level sensor, 2L each User Interface: 5 Inch LCD (90 x 53 mm), with Keypad Bottle Capacity: > 2 L Operating Environment Power Supply: AC 220 V/ 110 V, 50/60 Hz Input Power : < 80VA Operating Temperature: 10°C - 30°C Relative Humidity: Up to 95% relative humidity without condensation Storage Temperature: -10°C - 40°C Weight: 9.5 Kg Dimension: 710 mm x 530 mm x 380 mm

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

Overview A fully automated POC Auto Dry Biochemistry Analyzer called Mispa Chem Dx, With Just 3 to 4 drops (100ul) of whole blood to test up to 19 General and Special chemistry tests in less than 12 minutes. Mispa Chem Dx works on absorption spectroscopy where a change in absorbance is detected by an absorption spectrum and an algorithm is used to calculate the end concentration of the sample in the reagent dry disc. The reagent disc consists of lyophilized reagent beads, diluent, and calibration details in the QR code. The reagent disc contains an intelligent internal quality control system IQC which continuously monitors the disc function to ensure reaction stability and optimal disc performance, IQC is the engine that drives the Mispa Chem Dx accurately and precisely Low Sample Consumption Easy to Use Maintenance Free Accurate Result Disposable reagent disc Sample volume: 100µl Testing time: 12 minutes / sample Temperature: 37°C ± 0.3°C Resolution: 0.001Abs Absorbance: 0-3.0Abs Sample type: Heparinized whole blood, serum, plasma (heparin) QC&Calibration: IQC (Intelligent Quality Control/Calibration） Work condition: Temperature:10-30°C Humidity: 30%-70% Testing method: End point, kinetic, fixed time, turbidmetry etc Light source: 12V/20W, Halogen tungsten lamp with life span over 2500 hours Power supply: AC 100V-240V, 50-60Hz Display: Android 7.0 inch 800*480, multi-point capacitive touch screen Storage: 500,000 results Printer: Built-in thermal printer Interface: 4 USB ports, 1 LAN port Dimension: 315*375*475mm. 4.2kg(N.W.), 7kg(G.W.)

ADVIA 2400 Chemistry System The right balance of speed and efficiency The ADVIA® 2400 Clinical Chemistry System manages the most demanding workloads and meets high turnaround-time (TAT) goals. Its menu includes methods for testing drugs-of-abuse, therapeutic drugs (TDM) and new assays such as cystatin C and CardioPhase® hsCRP. The ADVIA 2400 Clinical Chemistry System offers: High throughput of up to 2400 tests/hour (1800 photometric and 600 ISE) to manage heavy workloads Rapid, consistent, 2-second cycle time for faster tube speed and test throughput User-defined automatic repeat, dilution, and reflex testing Large onboard reagent capacity and optional concentrated reagents help to minimize intervention demands Refrigerated onboard storage of controls and reagents for extended stability and increased productivity Automation-ready design: no additional hardware required Features & Benefits The ADVIA 2400 Clinical Chemistry System meets today’s high turnaround-time goals with a throughput of up to 2400 tests/hour. In addition to assays for general and specialty chemistries, its menu includes assays for specific protein measurement, drugs-of-abuse testing (DAT), and therapeutic drug monitoring (TDM). Interesting new assays such as cystatin C, HbA1c with automated sample pretreatment, and CardioPhase® hsCRP can now be included in your routine testing. The ADVIA 2400 Chemistry System pushes productivity levels while maintaining the reliability and stability that keep laboratories up and running. A rapid, 2-second probe cycle time maximizes tube speed and test throughput and combines with the system’s efficient automation-readiness to provide the turnaround time needed for high-volume laboratories Superior Speed and Productivity Throughput of up to 2400 tests/hour (1800 photometric and 600 ISE) to manage the heaviest workloads Rapid, consistent, 2-second cycle time Throughput of 200 tubes per hour, even when running three ISE tests and nine photometric tests per sample Automatic Sample Retain technology, auto-repeat, auto-dilution, and auto-reflex testing Automation-ready Point-in-space aspiration enables connectivity to a track. Redundant sample loading provides built-in backup and easy handling of non-routine samples. Direct sampling from track prevents tubes being detained at an analyzer and reduces aliquoting. Minimal Need for Operator Intervention Minimal-maintenance ISEs Large onboard reagent capacity and optional concentrated reagents for fewer interruptions No-maintenance, 37°C incubation oil bath Auto-calibration and auto-QC from refrigerated onboard calibrators and controls Microvolume technology with 32,000 tests onboard and up to 60 days' onboard stability for improved walkaway time. Concentrated reagents for increased maximum capacity. Remote diagnostics and Inter-Laboratory Quality Control (ILQC) options Exceptional Reliability Sample integrity check for icterus, hemolysis, and lipemia Sample probe with automatic clot/clog detection, liquid-level sensing, short-sample detection, and crash protection Advances in onboard reagent stability, calibration frequency, reduction in interferences, and expanded assay linearity

BC-6800 Today, laboratories not only need more reliable routine CBC plus 5-part diff WBC testing by way of high processing speed, but are also looking for options that extend the analyzer's output in form of Reticulocytes, Nucleated RBCs, Fluorescent Platelet counts etc. for wider clinical application and research. On the other hand, they are restricted by limited budgets. BC-6800 can help to meet all these needs just perfectly and even exceed the expectations. Additional parameters for further clinical applications IMG(#,%) parameters provide information about immature granulocyte, including promyelocytes, myelocytes and metamyelocytes. HFC*(#,%) parameters represent high fluorescent cell population, such as blasts and atypical lymphocytes. RET(#,%) extend valuable help in the differential diagnosis and/or therapeutic monitoring of anemias. IRF is parameter concerning immature reticulocytes, which can assist in early diagnosis of anemia and monitoring the bone marrow response to therapy. InR*(#,‰) are parameters regarding infected red blood cell. The red blood cells may infected by plasmodium, which can cause malaria. * means research parameters SF Cube Technology SF Cube is a pathbreaking technology for reliable blood cell analysis, including WBC differential, Reticulocytes and NRBC with efficient flagging. After reaction with proprietory reagents, the targeted blood cells undergo 3D analysis using information from scatter of laser light at two angles and fluorescence signals. The 3D scattergram builds the power to better identify and differentiate blood cell populations, especially to reveal abnormal cell population undetected by other techniques. Minimizing interference to ensure more accurate results NRBCs are counted in a dedicated channel by SF cube method, which automatically corrects total WBC count and 5-part Diff results when NRBCs are detected. The Focusing Flow-DC method minimizes the interference traditionally encountered in DC technology to produce near gaussian histograms. PLT-O result avoids the interference from microcytic and fragmented RBCs, large platelets and/or platelet clumps by fluorescent stain, and enhances the results accuracy and sensitivity. High automation to minimize the workload Throughput for 125 tests/hour, autoloader for 100 sample tubes capacity Bi-directional LIS with HL7 or ASTM communication protocol Customizable re-exam rules allow users to define their re-exam criterion according to lab’s practice

The advanced BC-6800Plus not only provides more reliable routine CBC plus 5-part DIFF results, but also has a higher throughput of up to 200 samples per hour. Based on the new SF Cube technology platform, the BC-6800Plus could provide more reliable blood cell results and abnormal cells flagging results with anticipated warning messages, exceeding clinicians’ expectations and setting a new standard for blood analysis. SF Cube Technology With the newly designed opticals and reagent systems, the SF Cube technology can help doctors to better differentiate the clusters of cells, which is the key to revealing more abnormal cells. NRBC result in every CBC In WNB scattergram, BC-6800Plus provides NRBC, Basophils and WBC-N* results. It means that the actual number of NRBCs can be measured in routine CBC, if they are present in the sample. Basophils are counted in this counting channel with NRBC results. Basophil and NRBC results are generated on BC-6800Plus without extra reagent or cost. NLR parameter in each CBC+DIFF Neutrophil-to-lymphocyte ratio (NLR) is calculated by dividing neutrophil count by lymphocyte count, usually from peripheral blood sample. In laboratory medicine, NLR is used as a marker of subclinical inflammation. According to clinical studies, NLR can be used as a prognostic factor of severe illness in COVID-19 patients. More accurate RET and PLT-O result By utilizing the new fluorescent dye, the reticulocytes and platelets are more specific stained with stronger fluorescent signal, that brings more reliable reticulocyte and platelet results. Automatic Rerun & Reflex Should the sample results trigger the criteria, the sample rack can automatically step back for a “rerun” or “reflex” check. 200 test/hour BC-6800Plus can load up to 100 samples at a time and offers a throughput of up to 200 tests per hour.

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