Used QIAGEN Rotor-Gene Q #9185146 for sale

QIAGEN Rotor-Gene Q is a high-speed real-time thermal cycler designed for use in various molecular biology applications, such as melting curve analysis, quantitative PCR, and other real-time applications. Its powerful, intuitive software is designed for easy operation and monitoring, and the advanced combination of temperature control and optics ensures the reliable and reproducible results. Rotor-Gene Q features a robust and easy-to-use interface with a 7" touchscreen display and intelligent touch buttons for intuitive operation. Advanced temperature control and optics make the cycler highly reliable, while the modular heated lid design and integrated solid-state amplifier maintain uniform temperature even at high-speed. The integrated rotating heater and cooling fan ensure tight temperature control, while the Spin-Stream qPCR Technology (SPX) enables high-quality performance. QIAGEN Rotor-Gene Q thermal cycler includes a comprehensive range of temperature blocks and optical accessories, such as blue and white LED arrays for maximum flexibility and throughput. With a wide range of sample tubes, adapters and ball-bearing thermoblocks, it is possible to accommodate various sample types with ease. The cycler is designed to accept a wide range of tube and plate sizes and shapes, from microplates to deep-well plates, for maximum sample capacity and flexibility. The advanced software of Rotor-Gene Q offers a wide range of programs, from conventional PCR and real-time PCR to HRM, to complete protocols from sample preparation to assay validation and analysis. Furthermore, comprehensive experiment protocols with step-by-step instructions support quick and easy programming. The integrated data management and analysis tools, such as a multiplot view and report templates, allow monitoring of experiments in real-time, and provide easy access to detailed experiment archives and data. Overall, QIAGEN Rotor-Gene Q is a reliable and powerful instrument for real-time PCR and melting curve analysis. It features a robust, easy-to-use interface and a comprehensive range of temperature blocks and optical accessories to customize the machine for maximum flexibility, performance and sample throughput. The advanced software offers a wide range of programs and tools to monitor, analyze, and archive all experiment results.