24-Well Magnet Plates
Permagen offers two variations of Magnetic Separation Plates in 24-Well format. They both feature the following benefits
- SBS/ANSI footprint to fit into Liquid Handling Robots
- Strong NdFeB magnets for rapid bead separation
- Gripper clearance for automation use
- Solid aluminum design for durability and consistent results
- Made in the USA
MSP24
- SBS/ SLAS footprint
- Solid Aluminum alloy design
- Precision manufactured for more consistent results
- Fast magnetic bead separations
- Large scale separations
- Made in USA
- For Research use only
- Tested with GE Whatman™ UNIPLATE® 24-Well 10mL Round bottom
- May work with other standard 24- well round or pyramid bottom microplates
- Any magnetic beads
Maximum – 10 mL
Minimum – 100 µL
24-Well Ring Magnet Plate
Permagen’s 24-Well magnetic separation plate was designed specifically for large volumes either manually or on a robotic platform. Dual ring magnet feature provide a ring of beads leaving the well bottoms clean for easy removal
SBS SLAS Footprint (127.75mm x 85.50mm) to fit into any automated liquid handling robot
Features include solid aluminum alloy construction and hard coat anodized finish for years of trouble-free use, and compatible with any magnetic beads
A082223
- SBS/ SLAS footprint
- Solid Aluminum alloy design
- Precision manufactured for more consistent results
- Fast magnetic bead separations
- Large scale separations
- Elute in 40 µL
- Made in USA
- For Research use only
- Any common 24-well microplates
- Any magnetic beads
Maximum – 10 mL
Minimum – 40 µL
X24 Magnet Plate
Permagen’s enhanced x-series 24-well magnetic separation plate was designed to cover a wider range of protocol’s as some were stating the need to Elute volumes as low as 40 µL, so we had to raise the center magnet to achieve this.
SBS SLAS Footprint (127.75mm x 85.50mm) to fit into any automated liquid handling robot
Features include solid aluminum alloy construction and hard coat anodized finish for years of trouble-free use, and compatible with any magnetic beads
Application note: The microplate appears to be hovering off of the magnets, however, it is actually sitting on top of the smaller ring magnets.