Used QIAGEN QIAcube #9068634 for sale

QIAGEN QIAcube is an advanced DNA and RNA extraction workstation that automates the extraction of nucleic acids from virtually any sample. It has a small footprint and can easily fit into any laboratory. QIAcube integrates QIAGEN sample and buffer kits, sample tubes and buffers, a centrifuge, and a touchscreen interface that guides the user through the entire application. QIAGEN QIAcube utilizes a Quick Thermostable Isolacell (QTICE) system that effectively recovers up to 97% of nucleic acids from low and high complexity samples, with the high-volume throughput capacity up to 600 samples per day, and in as little as 3 minutes per sample. QIAcube works with a wide range of sample formats, such as blood, tissue, bacteria, and many others. It can even be used to extract nucleic acids from saliva, urine, and cerebrospinal fluid. The integrated touchscreen on QIAGEN QIAcube offers a intuitive user interface that guides the user through the entire process from start to finish. QIAGEN'sproven, proprietary buffer chemistries ensure for maximum yield and purity, while the servohydraulicautomation system provides uniform mixing, lysis, and transfer steps that improve consistency and reproducibility. An external centrifuge is also built in for maximum recovery, and the unit comes with a comprehensive range of testing options that enable the user to customize their protocol and validate the sample results for increased accuracy. QIAcube is pre-programmed with protocols for DNA extraction, RNA extraction, DNA library preparation, and PCR product purification. In addition, QIAGEN offers a range of software and database tools that can be used to analyze, store, and share sample results. Its integrated tracking system allows for full traceability of sample processing, and QIAGEN comprehensive customer support helps to ensure that QIAGEN QIAcube is running smoothly with minimal downtime. QIAcube is a reliable, efficient, and cost-effective benchtop solution for DNA and RNA extraction that can help to increase the accuracy and reproducibility of laboratory results. It is perfect for research-scale workflows, as well as for any laboratory that needs to process a high volume of samples quickly and accurately.