In the field using flow cytometer,
the following problems occur with the conventional method using a tube with filter.
□ Filtration is a pain
□ Too much work and time
□ Have a high total cost
To solve such problems,
developed and starting to sell Microplate mesh seal for 96 well!
✓Efficiently process multiple samples
✓Prevent contamination in every well
✓Reduce the unit cost of experiment
Possible to re-paste if failure.
It can be used with economy by cutting off at perforations.
Uses highly homogeneous mesh pores of 30, 70 and 100 um sizes
Before cell filtration
After cell filtration
Global Center for Science and Engineering
Dr. Chihiro Nozaki
This is exactly what I was looking for! The quick response from inquiry to trial production surprised me with the product that is more than I imagined.
→Special page for interview with Dr. Nozaki
Stem cell biologist at a private university (male in his 40s)
Compared to the conventional method, both cost and time were greatly reduced, which was very helpful. Experiment failures by students were eliminated, and the flow cytometry experiment went this way.
Individually packed. Gamma-ray sterilized
| Product name | Microplate mesh seal for 96 well |
|---|---|
| Materials | Sheet: PET Mesh: Polyester fiber Adhesive: Silicone |
| Size | 80 mm x 122 mm x 0.4 mm thickness |
| Mesh size | 30, 70 and 100 um |
Product video
Remove the back sheet.
Place the mesh seal on the microplate according to the well patern. * Even if failure, it can be re-pasted.
Drop sample with the pipette slightly angled.
Cut along the perforations with scissors.
*Can also be used with 1 well.
Remove the back sheet and paste it to the microplate.
Drop sample with the pipette slightly angled.
