Product/Service

MAGFLO™ NGS: Magnetic Beads For NGS Size Selection And PCR Purification

MAGFLO magnetic beads are only available in Austria, Belgium, Denmark, France, Germany, Ireland, Netherlands, Sweden, Switzerland and the United Kingdom.

Reliable size selection for NGS library preparation

NGS library preparation requires precise fragment size selection for high quality sequencing results. MAGFLO NGS magnetic beads are designed for exactly that: reliable single- and double-sided size selection across DNA and RNA workflows, plus efficient PCR clean-up. They deliver the performance you expect, with practical advantages that simplify your workflow.

MAGFLO NGS beads – key benefits:

How it works

MAGFLO NGS magnetic beads are used for size selection in NGS library preparation, ensuring consistent DNA or RNA fragment sizes.

  • MAGFLO NGS magnetic beads are seamlessly complemented by the MAG and HEATMAG modules – dynamic magnetic stands designed for efficient bead handling – ensuring reliable and consistent sample processing.
  • These modules use vertical magnet movements to automate bead collection, eliminating the need for manual plate transfers to reduce the risk of spills.
  • MAG and HEATMAG modules are compatible with various tube and plate formats to meet diverse research needs.
  • MAGFLO NGS magnetic beads and MAG and HEATMAG modules can be combined with our advanced pipetting platforms – such as the ASSIST PLUS pipetting robot, or VIAFLO 96 or VIAFLO 384 handheld electronic pipettes – to enable semi- or fully automated workflows, eliminating manual errors and optimizing productivity and reproducibility.
  • The ASSIST PLUS is ideal for workflows with variable sample numbers. This versatile platform offers completely hands-free automation and user-friendly programming.
  • The VIAFLO 96 and VIAFLO 384 can handle 96 or 384 samples simultaneously and offer semi-automated pipetting, making them ideal for high throughput applications.
  • Our all-in-one solutions provide optimized pipetting protocols which can be easily modified in just a few clicks to accommodate differing input and output volumes, bead-to-sample ratios and target fragment sizes.