Used THERMO FISHER SCIENTIFIC KingFisher Flex #293661860 for sale

THERMO FISHER SCIENTIFIC KingFisher Flex is an automated sample processing system from THERMO FISHER SCIENTIFIC, designed to offer researchers complete flexibility when it comes to extracting nucleic acids from cells and bacteria. As such, it is ideal for molecular, microbiological, and clinical applications, where fast, reliable, and reproducible results are required. KingFisher Flex utilizes Thermo Scientific's proprietary magnetic bead-based sample processing technology. The system consists of a powerful Flex Station which houses the magnetic beads, a robot arm for liquid transfer, a sample processing deck, and a range of consumables. In addition, a control panel and software allow efficient batch processing of samples such as cell suspensions, bacterial cultures, body fluids, and clinical specimens. THERMO FISHER SCIENTIFIC KingFisher Flex is equipped with many versatile features which enable users to maximize their sample processing efficiency and throughput. The included Flex Station offers an array of sample processing protocols, including classic protocols such as the KingFisher Magnetic Particle Processor and Dynamic sample processor; more advanced options such as automated cell disruption; and integrated DNA/RNA purification methods. Furthermore, a range of other available resources are available to aid sample processing, such as multiple pipetting options, multiple consumables, and adaptable samples. Once the desired protocol is chosen, KingFisher Flex automates the entire extraction process, with minimal user input required. This includes ensuring sample consistency and uniformity, eliminating variables and ensuring reliable data. In addition, THERMO FISHER SCIENTIFIC KingFisher Flex is capable of analyzing processed samples for high-quality nucleic acids without the need for additional laboratory equipment. Overall, KingFisher Flex is a powerful sample processing system that provides precision, automation, and reproducibility, making it ideal for a wide range of molecular biology applications. This enables researchers to rapidly process samples with minimal manual input and produces high-quality nucleic acids - enabling researchers to achieve their research goals faster and more efficiently.