ADVIA Chemistry XPT System An advanced, automated clinical chemistry analyzer for high-volume laboratories The ADVIA® Chemistry XPT System provides timely, reliable results with continuous operation to meet the chemistry workloads of the most demanding laboratories. Delivers high throughput of up to 2400 tests per hour. Manages comprehensive testing with a menu of more than 115 assays. Improves workflow using automation and system technologies such as micro-volume and aliquot retention. Features & Benefits The ADVIA Chemistry XPT System*** is engineered for continuous operation and timely, accurate results—supporting you to reach your full potential today and be prepared for tomorrow. With an advanced user interface that is easy to use and VeriSmart Technology to support accuracy of testing, the ADVIA Chemistry XPT System predictably and consistently delivers timely, reliable results to meet expanding workloads. Simplified, Continuous Operation Simplify operation and training with the intuitive, icon-driven user interface. Extend walkaway times with concentrated reagents that provide high test capacity onboard. Quickly load most system fluids on the fly. Automate calibration, QC, startup, and shutdown. Consistent, Predictable Turnaround Time and Accuracy Offer a comprehensive chemistry menu of over 115 assays, including general and specialty chemistry, DAT, TDM, and specific proteins. Push productivity with a throughput of up to 2400 tests per hour (1800 photometric, plus 600 ISE). Control testing: STAT and specialty samples can always be front-loaded while an automation track is running. Designed for Automation Adapt and grow with direct connectivity to Siemens Healthineers and . Simplify your laboratory operations with connectivity to IT solutions including , , and . Increase productivity and efficiency with direct-from-track sampling and onboard aliquoting that allows samples to be immediately released to the next workstation. Do More with Less Reduce blood-draw requirements with micro-volume technology that uses a single 30 μL sample for up to 15 tests. Eliminate sample callback with automated, pre-programmable dilution, reflex, and rerun testing that uses an onboard aliquot. Improve workflow and accuracy with VeriSmart echnologies that perform hardware and software checks at all stages of sample processing.

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.

We are the Leading Supplier of Hand Sugar Refractometer. Hand Sugar Refractometer is developed for working with sugar related liquids (fruit juice, soft-drinks, wine, honey), help monitor to control sugar concentrations in foods and beverages. Checking the “ripeness” of fruit in the field, verifying product quality after harvesting or controlling concentrations during processing and packaging, refractometers provide critical information to ensure product quality. And the model RHB-10, RHB-18 and RHB-32 are also commonly used for controlling the concentration of various industrial fluids (cutting lubricants and flux rinsing compounds). Model Range Min.Div. Accuracy Remark RHB-10 Brix: 0-10% Brix: 0.1% Brix: ±0.10% ATC RHB-18 Brix: 0-18% Brix: 0.1% Brix: ±0.10% ATC RHB-32 Brix: 0-32% Brix: 0.2% Brix: ±0.20% ATC RHB-55 Brix: 0-55% ATC RHB-62 Brix: 28-62% Brix: 0.2% Brix: ±0.20% ATC RHB-82 Brix: 45-82% Brix: 0.5% Brix: ±0.50% ATC Brix: 58-92% Brix: 0.5% Brix: ±0.50% RHB-92 Baume: 38-43Be' Baume: 0.5Be' Baume: ±0.50Be' ATC water: 12-27% water: 1% water: ±1%

Infinite ADA 60 Diagnostic Reagent (R1 1 X 20ml: R2 1 X 10 ml) from Accurex. Infinite ADA reagent is used for direct quantitative determination of Adenosine deaminase (ADA) activity in human serum, plasma and other body fluids. The Reagent is a ready-to-use two liquid reagent system & can be performed in 11 minutes at 37° C. ADA is also know as Adenosine Deaminase which eliminates a molecule called deoxyadenosine, which is generated when DNA is broken down. About Infinite ADA is a reagent set for direct quantitative determination of Adenosine deaminase (ADA) activity in human serum, plasma and other body fluids. Infinite ADA is a ready-to-use, two liquid reagent system. With Infinite ADA, the assay is linear upto 200 U/L. Infinite ADA assay can be performed in 11 minutes at 37° C. Principle ADA catalyzes deamination of adenosine to inosine which is then converted to hypoxanthine by purine nucleoside phosphorylase (PNP). Hypoxanthine is then converted to uric acid and hydrogen peroxide (H2O2) by xanthine oxidase (XOD). H2O2 is further reacted with N-Ethyl-N-(2-hydroxy-3- sulfopropyl)-3-methylaniline (EHSPT) and 4-aminoantipyrine (4 AAP) in the presence of peroxidase (POD) to generate quinone dye. Quality Control To ensure adequate quality control, it is recommended that each laboratory should use a normal and an abnormal commercial reference control material. It should be realized that the use of quality control material checks both reagent and instrument functions together. Factors which might affect the performance of this test include instrument function, temperature control, cleanliness of glasswares and accuracy of pipetting. Other Details The reagents R1 & R2 are ready-to-use. The reagent kit should be stored at 2° – 8° C and is stable till the expiry date indicated on the label. Reagent R1 is light-sensitive & to be stored in dark. Contamination of the reagents should be strictly avoided.

Oscar Chikungunya test is an in vitro diagnostic rapid test based on the principle of immunochromatography on a membrane, for simultaneous and differential detection of Chikungunya specific antibody (IgM/IgG) in human serum/ plasma for diagnosis of Chikungunya infection. For professional use only. Pack Size: 10 Tests Several methods can be used for diagnosis of chikungunya virus infection. Serological tests, such as ELISAs may confirm the presence of IgM and IgG anti-chikungunya antibodies. The virus may also be directly detected in the blood during the first few days of infection by both serological and virological methods (particularly reverse transcriptase–polymerase chain reaction (RT–PCR)). There is no specific antiviral drug treatment for chikungunya. The clinical management targets primarily to relieving the symptoms, including the joint pain using anti-pyretics, optimal analgesics, drinking plenty of fluids and general rest. The joint pain is often very debilitating; it usually lasts for a few days, but may be prolonged for weeks, months or even years--the name “chikungunya” derives from a word in the Kimakonde language, meaning “to become contorted”, and describes the stooped appearance of sufferers with joint pain (arthralgia).