TANBead Maelstrom 9600 Automated Nucleic Acid Extractor for 96-Sample High-Throughput Purification

The TANBead Maelstrom 9600 is a high-throughput automated nucleic acid extractor employing advanced magnetic bead technology critical for efficient DNA and RNA purification workflows. Designed explicitly for molecular diagnostics and biotechnology applications such as molecular cloning, gene editing workflows, and synthetic biology research, this instrument processes up to 96 samples simultaneously within approximately 40 minutes post-inactivation.

Key technical features include:

• Patented Whirl Stirring Mixing Technology ensuring uniform bead suspension and enhanced nucleic acid isolation efficiency.
• Processing volumes from 50 µl to 1600 µl accommodate diverse sample types and protocols.
• Powerful magnetic rod exceeding 3000 gauss optimizes bead capture for superior nucleic acid yield and purity.
• Integrated temperature control module with four heating plates stabilizes extraction conditions, maintaining consistency for sensitive molecular diagnostic assays.
• User-friendly 7-inch touchscreen interface streamlines protocol setup and reduces operator errors commonly seen with manual spin column methods.
• Capable of automating simultaneous DNA/RNA purification critical in biopharmaceutical production pipelines and molecular diagnostics laboratories.

With a spin speed capacity of up to 3000 RPM and dimensions of 100 cm (L) x 65 cm (W) x 93 cm (H), this instrument fits well in medium to large-scale research facilities focused on bioprocessing and clinical diagnostics. The Maelstrom 9600’s fully automated workflow reduces manual intervention, enhancing throughput and reproducibility—qualities essential for biomanufacturing and synthetic biology research environments.

Its robust design, weighing approximately 130 kg, ensures stability in rigorous laboratory settings. The TANBead Maelstrom 9600 is thus a reliable solution widely adopted by biotechnology researchers for nucleic acid extraction essential in molecular biology studies, live-cell imaging preparation, and fluorescence analysis pipelines.