X96 Dual Ring Magnet Plate 96-Well
The Permagen X96 Dual Ring 96-well magnet plate is our most comprehensive ring magnet plate yet. Designed for use in manual and automation applications, the outer magnets will form beads into approximately a 4mm ring leaving a clean area at the bottom of the wells for larger separations, while the inner magnets handle your low elution PCR applications collecting beads into a 1.5mm ring
- Compatible with nearly all microplates, deep well, skirted microplates, and PCR Plates.
- Available as a kit for 0.2 mL PCR Tubes (SKU: A011623KT)
- Up to 40% faster bead separations
- Saves deck space combining multiple plates into one
- Up to 2 mL working volumes
- Low Elution inner magnets for 5µL – 50µL
- Side cuts allowing liquid handling robot gripper
- ANSI/ SBS compliant footprint top and bottom (fits most plates on top and most liquid handlers on the bottom)
- Contains our strongest magnets for larger volume separations or faster small separations
- Integrated cushion base to help compensate for robot and labware inconsistences
- Solid aluminum design for consistent results
- Made in the USA
Please contact us for volume discounts, OEM opportunities, or private labeling.
Magnet Comparison
Low elution bead capture shown on the left using smaller inner magnet from PCR plate, large scale bead capture on the right on top of large magnet
Integrated Cushion
A 1 mm cushion is achieved by using opposing magnets instead of springs. The only thing between the top and bottom are screws for years of trouble free use
Top Plate Kit
Add our top plate kit for use with 0.2 mL PCR Strips or individual tubes. Standard footprint for easy automation integration. Can be used on its own as well
Microplate Compatibilities
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Separation From Outer Magnets
Will form beads into rings from Standard and deep well microplates leaving about a 4mm diameter clean area at well bottoms
Separation From Inner Magnets
Shown with 30 µL Ampure beads, leaving clean well bottom for easy extraction without accidental bead aspiration
