The use of 24 extremely strong perma.
96 well plate magnetic stand.
The use of 24 extremely strong permanent magnet.
The stand has a plastic base in a standard sbs 96 well microtiter plate footprint.
Ez 96 dna methylation magprep product line zr 96 genomic dna magprep zyppy 96 plasmid magbead miniprep and direct zol 96 magbead rna.
The stand has a clear polyacryl base in a standard sbs 96 well microplate footprint.
Also works with 96 well pcr plates and strips.
Integrated spring cushion technology for complete liquid removal without tip occlusion.
The magnetic stand 96 is designed for paramagnetic bead precipitation from standard 96 well u bottom microplates and 0 2 ml pcr plates with no additional accessories.
The zr 96 magstand is a magnetic stand for the separation of magnetic beads in standard 96 well format plates especially for high throughput applications including the following product lines.
96s super magnet plate a001322 96 ndfeb ring magnets grade n48.
Recommended reaction volume up to 1000 µl.
It can be used for isolation and purification of nucleic acids and proteins immunoprecipitation immunoassays elisa cell.
Use with 96 well microplates shallow half deep round bottom and v bottom.
The ambion 96 well magnetic ring stand is designed for paramagnetic bead precipitation from standard 96 well u bottom microplates.
The magnetic stand 96 is designed for paramagnetic bead precipitation from standard 96 well u bottom microplates and 0 2 ml pcr plates with no additional accessories.
The 96 well plate magnetic rack is designed to be used with commercially available high flanged 100 µl to 300 µl flat bottom 96 well microplates.
24 side pull magnetic pins attract magnetic beads from solution to the side walls of four adjacent wells.
Ez 96 dna methylation magprep product line zr 96 genomic dna magprep zyppy 96 plasmid magbead miniprep.
The orientation of the magnetic field ensures complete removal of the magnetic beads from.
The stand has a white polyoxymethylene pom base in standard sbs 96 well microplate footprint.