Used APPLIED BIOSYSTEMS GeneAmps 9700 #9053874 for sale

APPLIED BIOSYSTEMS GeneAmps 9700 is a thermal cycler designed to quickly and accurately perform PCR (polymerase chain reaction) processes on DNA (deoxyribonucleic acid) samples and other biological/biochemical molecules. The device features a dual-instrument combination of a thermal unit and an ultrasonic pulse-generator for accurate, hands-free control over temperature, cycle time, and amplification speed. The dual components enable precise and rapid cycling of DNA amplifications. With the ability to accommodate sample volumes up to 40μL, GeneAmps 9700 cycles up to 96 samples simultaneously in a 48-well plate format. APPLIED BIOSYSTEMS GeneAmps 9700's operational control is performed through an intuitive, easy-to-use, LCD touchscreen display and integrated software. Additionally, the device can link up with a number of commonly used laboratory devices and instruments to further simplify the operation and control of experiments. Through a host of fail-safe measures such as temperature checks, pre-programmed safety parameters, and thermal optimization software, GeneAmps 9700 ensures repeatable, reliable performance in your laboratory experiments. APPLIED BIOSYSTEMS GeneAmps 9700 is a convenient addition to any molecular biology laboratory. Its design makes it suitable for a variety of experiments, from real-time PCR and RT-PCR, to gene expression, cloning, and sequencing. Moreover, its construction-grade materials ensure reliable and durable service, and its capacity for high-throughput is well suited for more complex, labor-intensive studies. Additional features, such as dust and particle filtration, cooling condensers, and a microprocessor-controlled 8-bay cassette compartment, provide a complete, comprehensive, and consistent PCR processing experience. As a convenient and reliable piece of lab equipment, GeneAmps 9700 has everything you need for high-throughput PCR processing. Its overall design is one of simplicity, enabling straightforward operation and a wide range of applications; it provides high performance, repeatable, and reliable results; and the additional features make it a worthwhile investment for any molecular biology laboratory.