At Mindray, we pride ourselves on our dedication and experience in developing better solutions for small labs. Our new 3-part hematology analyzer is the culmination of that effort. It provides small labs with more confidence in results and less turnaround time. Features CBC+3-DIFF, 20 parameters +3 Histograms Throughput: up to 30 samples per hour 8.4 inch TFT touch screen Only three reagents needed Open vial sampling Large storage capacity: up to 50,000 samples Original QC, calibrators and reagents Automation Fully Automatic Instrument Name Hematology Analyzer Brand Mindray Differential Type 2-Part Usage/Application Clinical Number Of Chambers 1 Model Name/Number BC-10 Power Source Electric Voltage 240 V Frequency 50 Hz

At Mindray, we pride ourselves on our dedication and experience in developing better solutions for small labs. Our new 3-part hematology analyzer is the culmination of that effort. It provides small labs with more confidence in results and less turnaround time. Features CBC+3-DIFF, 21 parameters+3 Histograms Throughput: up to 60 samples per hour 10.4 inch TFT touch screen Only three reagents needed Open vial sampling Large storage capacity: up to 400,000 samples Original QC, calibrators and reagents Product Specification Automation Fully Automatic Instrument Name Hematology Analyzer Brand Mindray Usage/Application Clinical Differential Type 3-Part Number Of Chambers 2 Number Of Parameters LYM Model Name/Number BC-30s User Input Touch Voltage 240 V Frequency 50 Hz Power Source Electric

The BC-3600 Hematology analyzer features closed tube sampling via a single push button. A built-in large 10.4 inch color touchscreen allows maximum visibility. Hemoglobin analysis is performed using cyanide-free reagent. The analyzer processes up to 60 samples per hour and stores up to 40,000 results with histograms. The barcode reader and optional LIS connectivity enable seamless sample data transmission. Nearly all scheduled maintenance procedures are automated by touch buttons. The intuitive software enhances workflow efficiency and provides operators with a pleasant user experience. Key Features CBC plus 3-part differential, 16 parameters + 3 histograms 60 samples per hour, 1 min per CBC Closed tube sampling, minimize operational biohazard Built In diluent dispenser for predilution mode All-in-one CBC result screen display; results at a glance Touch button maintenance procedures One maintenance reagent only – probe cleaner Storage capacity of 40,000 results with histograms Uploadable QC files; ensure accuracy and time efficiency Parameters WBC, Lymph#, Mid#, Gran#, Lymph%, Mid%, Gran%, RBC, HGB, HCT,MCV, MCH, MCHC, RDW,PLT, MPV and histograms for WBC, RBC, PLT Principles Electrical impedance method for cell counting and Cyanide - free for hemoglobin Sample Volume Prediluted 20µL Whole Blood 21µL Carryover WBC/RBC/HGB≤0.5% PLT≤1.0% Connectivity 4 USB ports (for external printer, software upgrade, barcode reader,keyboard and mouse), LAN port (1), RS232 (1) Printout Thermal recorder, 50mm width paper, various printout formats, external printer (optional) Product Specification Brand Mindray Differential Type 3-Part Model Name/Number BC 3600 Display Type Large color touch screen Resolution 800x600 Usage/Application Hospital Throughput 60 samples per hour Power Supply AC 100-240V,50/60 +-1Hz Weight 62 lbs Dimension 16 in(W) x 18 in(H) x 18 in(D) Humidity 30%-85% Temperature 15 ~30 Deg C Minimum Order Quantity 1

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.

Based on Mindray’s continuous innovation in hematology field, BC-5130 is especially tailored to assist diagnostic labs who need full CBC + 5-part results, with relatively low daily sample volume, restricted lab space and tight budget. As the lightest and most compact 5-part hematology analyzer so far from Mindray, BC-5130 is a highly user-friendly and innovative analyzer that offers cost efficient CBC and 5-part white cell differential results. It is targeted to fulfill and exceed the demands of our global customers by providing more accurate, more efficient and more innovative solutions for labs. Improved DC impedance technology is used to count and size the RBC and PLT. The smaller counting aperture (50 μm in diameter) provides better performance on samples with low PLT. Efficient Only three routine reagents are required. These have 2 years shelf life and also less consumed by BC-5130. Original QC and calibrator are also provided to ensure the hematology analyzer’s traceability and testing quality. WBC 5-Part differentiation,25 reportable parameters & 23 research parameters,3 histograms Whole blood Mode, Capillary whole blood mode & Prediluted Mode Tri-angle Laser Scatter + Chemical dye + Flow cytometry technology Dedicated optical counting channel for Basophil measurement 10.4 inch large TFT touch screen with user-friendly software Large storage capacity: Up to 1,50,000 samples Throughput:60 samples/Hour Compact Two kinds of lyse reagents are located inside of BC-5130, which helps the small labs to save space. BC-5130, the 5-part hematology analyzer offers a great solution for clinical labs, especially for those who have limited space. Its compact foot-print is a result of innovative technology improvements, including miniaturized semi-conductor laser source, highly integrated electronic boards and optimized liquid handling system. BC-5130 inherits it’s convenient and proven powerful software design from BC-6800 and BC-3600 platforms, the friendly interface is ideal for small sized labs. Running capillary blood through the sample probe directly is more convenient for the users in children’s hospitals, etc. For Prediluted mode, BC-5130 has higher dilution ratio than other 5-part hematology There’s NLR parameter in each CBC+DIFF result. 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. BC-5130 supports bi-directional LIS with test results and patient information. HL7 protocol is supported as well. Technology Compared with traditional helium neon laser or argon laser, semi -conductor laser has smaller size, lower cost and longer life cycle.

The BC-5390 is a 5-part Auto Hematology Analyzer that delivers high productivity, better accuracy and improved patient care, without sacrificing your budget. The analyzer utilizes the power of three mainstream technologies: laser scatter, flow cytometry, and chemical dye, to provide more accurate clinical information. The BC-5390 has been approved by FDA. Features Robust capacity and functionality Its throughput of 60 samples per hour saves your time, and the capacity of 40 autoloading tubes can extend your walk-away time. More reliable test result.The new reagent, with better anti-aging capacity, helps better differentiate Eosinophils from Neutrophils in the DIFF scattergram, even on samples with high density of Eosinophils. The analyzer is empowered by the fluid sensing technology to detect clot, bubble and insufficient sample, ensuring accurate sample aspiration. Flexible sample aspiration With different holder adapters, the analyzer supports three analysis modes - venous whole blood mode, pre-diluted mode and capillary whole blood mode. Product Specification Model Name/Number BC-5390 Operation Mode Fully Automatic Usage/Application Hospital Brand Mindray Capacity 40 autoloading tubes Throughput 60 samples per hour

A new leap for precision ultrasound Powered by the revolutionary ZONE Sonography Technology, Resona R9 elevates clinical intelligence to a higher level with a complete solution. If precision diagnostic and interventional ultrasound is all you need, Resona R9 is your key to take a new leap. Product Specification Brand Mindray Model Name/Number Resona R9 Clinical Application General Imaging, OB/ GYN Frequency Range 50/60 Hz Touch screen 13.3'' gesture control High resolution 1920x1080

We are the Leading Supplier of Abbe Refractometer Rajdhani. In the Abbe'' refractometer the liquid sample is sandwiched into a thin layer between an illuminating prism and a refracting prism. The refracting prism is made of a glass with a high refractive index (e.g., 1.75) and the refractometer is designed to be used with samples having a refractive index smaller than that of the refracting prism. A light source is projected through the illuminating prism, the bottom surface of which is ground (i.e., roughened like a ground-glass joint), so each point on this surface can be thought of as generating light rays traveling in all directions. A detector placed on the back side of the refracting prism would show a light and a dark region. Over a century after Abbe''s work, the usefulness and precision of refractometers has improved, although their principle of operation has changed very little. They are also possibly the easiest device to use for measuring the refractive index of solid samples, such as glass, plastics, and polymer films. Some modern Abbe refractometers use a digital display for measurement, eliminating the need for discerning between small graduations. However, the user still has to adjust the view to get a final reading. The first truly digital laboratory refractometers began appearing in the late 1970s and early 1980s, and no longer depended on the user''s eye to determine the reading. They still required the use of circulating water baths to control instrument and fluid temperature. They did, however, have the ability to electronically compensate for the temperature differences of many fluids where there is a known concentration-to-refractive-index conversion. Most digital laboratory refractometers, while much more accurate and versatile than their analog Abbe counterparts, are incapable of readings on solid samples. In the late 1990s, Abbe refractometers became available with the capability of measurements at wavelengths other than the standard 589 nanometers. These instruments use special filters to reach the desired wavelength, and can extend measurements well into the near infrared (though a special viewer is required to see the infrared rays). Multi-wavelength Abbe refractometers can be used to easily determine a sample''s Abbe number.