Used ABBOTT Architect i1000sr #293610643 for sale

ABBOTT Architect i1000sr is a fully automated, medical laboratory instrument designed to perform a range of clinical chemistry and immunoassay tests. The i1000sr is a high-capacity, efficient platform that operates with precise and reliable results in a wide range of tests. It has a 107-position carousel that can accommodate up to 50 reagents and can process more than 2000 tests per hour. The instrument is composed of three separate sections: sample introduction, sample extraction, and analyzer. The sample introduction unit facilitates sample loading, either on-board or by a peripheral automated feeder system. The sample extraction module processes samples from the carousel and supplies them to the analyzer. The analyzer section is where most of the laboratory's reactions occur. It consists of two reaction modules and several reagent kits. The first module processes up to four tests at a time, using an array of kinetic assay strategies, including assay-specific selection and optimization. The second module is used for immunoassay testing using a dual fluorescence energy transfer (FRET) system. Data is sent from the i1000sr to secure databases via an integrated communication port, and can be interfaced with local and remote networks for secure data transfer to analyze and report results. The i1000sr also has built-in safety and diagnostic features, such as temperature monitoring, automated maintenance routines and error-logging capabilities that enable the operator to diagnose and quickly address any system malfunctions. ABBOTT ARCHITECT-I1000SR is a comprehensive and efficient tool for clinical laboratories, delivering reliable and accurate results for a wide variety of tests. The user-friendly instrument software includes on-screen help functions, step-by-step instructions, and pre-installed standard operating protocols to help maximize test-throughput and accuracy. The instrument also features automated calibration and calibration verification programs, helping to ensure precision and accuracy of the results.