Used PERKIN ELMER ABI GeneAmp 9700 #9012357 for sale

PERKIN ELMER ABI GeneAmp 9700 Thermal Cycler is a widely used PCR instrument that is designed to offer superior performance and reliability. It is the first PCR performance instrument that has earned the UlTRA Technology approval from Applied Biosystems, ensuring that it meets the highest standards in PCR accuracy and reproducibility. The instrument itself is made up of a robust, compact design, with a small footprint and low noise level that allows it to fit comfortably on any lab bench. The GeneAmp 9700 features a 5.7 inch color LCD display, up to ten programmable run programs, a software controlled internal cooling fan, along with a choice of dual-sheath PCR tubes, high-speed throughput, and individual block temperature control for precise temperatures. The GeneAmp 9700 provides full thermal cycler capabilities, allowing for pragramables amps, durations, block heatiing, and cooling rates. This ensures accurate and reproducible PCR conditions during the different steps of the protocol. The GeneAmp 9700 includes a multi-function, multi-well plate holder with adjustable heights and a convenient removable lid. All of these features make the GeneAmp 9700 a perfect fit for many different PCR applications. The GeneAmp 9700 also offers a wide range of PCR-friendly accessories, including racks and plates for different sized samples. It can be used with a wide range of buffer solutions, including dry buffers, TAE, TAP, and Econopure buffers. For added convenience, the GeneAmp 9700 can be connected to an external PC via a USB to RS-232 converter for easy data transfer. It also offers compatibility with probe detection and fluorimetry, helping to expand its applicability. For increased safety and performance, the GeneAmp 9700 also features an integrated lid safety system, which automatically triggers a lid lock if a lab technician attempts to open the instrument whilst it is in operation. The GeneAmp 9700 is an invaluable PCR instrument for numerous research and diagnostic applications. It minimizes the risk of temperature and time fluctuations in probe cloning assays, as well as helping to ensure accurate and precise polymerase chain reaction (PCR) results.