Magnetic stand
This product is a magnetic stand for capture of magnetic beads. It is intended for use in purification of particular components contained in cell culture supernatant, serum, urine, and other specimens by magnetic beads products represented by MagCapture™ series. It holds 16 x 1.5 mL (2.0 mL) microtubes simultaneously. The strong magnet embedded inside the stand base allows for quick capture of magnetic microbeads and avoids waiting for separation.
Features
- Microtube holders are movable (flipped upward and downward). Flipping the tube holders upward isolates tubes from the magnet to allow for re-suspension of magnetic beads in individual tubes by stirring with a vortex mixer.
- Flipping the tube holders downward allows for capture of magnetic beads in all 16 tubes simultaneously and subsequent discarding of the supernatant or wash buffer by pipetting.
- Simply changing the angle of the movable tube holders enables switching between the tube positions optimal for stirring and capture, thereby allowing efficient manipulation.
- Use of a neodymium magnet and its configuration to allow direct contact with the side wall of each tube minimizes the waiting time for capture of magnetic beads
- Use of a synthetic resin body assures visibility of samples and realizes reduction in size and weight
Specifications and performance
-
Size
W198.8 × D49 × H49 (mm)
Time for magnetic beads capture
1.0μm beads, 1 mL: approximately 25 secs
2.7μm beads, 1 mL: approximately 10 secs
4.5μm beads, 1 mL: approximately 2 secs -
Weight
235 g
Working volume
20μL-1,500μL (2,000μL)
-
* The time for magnetic beads capture may vary depending on the properties and volume of liquid.
Product List
- Open All
- Close All
For research use or further manufacturing use only. Not for use in diagnostic procedures.
Product content may differ from the actual image due to minor specification changes etc.
If the revision of product standards and packaging standards has been made, there is a case where the actual product specifications and images are different.