Used SHIMADZU AA-6200 #9193311 for sale

SHIMADZU AA-6200 Atomic Absorption Spectrophotometer is a state-of-the-art instrument that is designed for high-sensitivity and high-throughput sample analysis. It provides an innovative and reliable platform for the simultaneous determination of multiple elements in diverse sample matrixes. AA-6200 offers a wide range of applications such as environmental, food, clinical, and industrial analysis. SHIMADZU AA-6200 is built with a Monochromator, a Flame for atomizing the sample, and a Detector. The Monochromator performs single and simultaneous multi-elemental analysis with the use of advanced Zoom optics. The Zoom optics provides scans of the spectrum from 190-850 nm with a maximum spectral bandwidth of 10 nm. The Flame system has been optimized for gas and fuel efficiency while still providing peak performance and high-sensitivity. The Detector has a high-quantum efficiency and dynamic range for optimum sensitivity and reliability. AA-6200 has a user-friendly interface and multifunctional capabilities that make it ideal for routine and research applications. The instrument offers a comprehensive suite of programs for data collection and analysis. It is equipped with an autosampler and a built-in computer that allow the user to store and process data. Additionally, the software comes with advanced options that make it possible to customize methods, analyze data, and generate reports. SHIMADZU AA-6200 is designed with a robust quality control for accurate, repeatable results. Its high-resolution optics, fast scan speeds, and signal control features ensure that data acquisition and quantification are reliable and consistent. The system has a low noise level and a wide dynamic range, allowing it to detect even the smallest signals in the sample matrix. Additionally, it is equipped with an automatic calibration function that eliminates the need for manual calibration and ensures optimal performance. Overall, AA-6200 Atomic Absorption Spectrophotometer is an advanced instrument that is reliable, efficient and accurate in its analysis of multiple elements in diverse sample matrixes. With its innovative and sophisticated features, it is an ideal choice for both routine and research applications.