Products CSCRIE products introduction

Use the 100% power of centrifuge : Optimize and facilitate your multiple sample filtration on 96 well microplate.

Remember that you played in a sandbox when you were a kid. You might use screen (sieve) to remove pebbles or clods. Uniformly sized sand gives nice-looking sand castle, mountain or something, Same can be applied to the research – except that compatibility for high throughput is desired in the experiment. Topic in this e-news today, covers the way to filtrate multiple samples in 96-/384- well microplate by centrifuge. Let’s go!

 

Centrifuge machine is a device that supports many basic applications – such as purification of nucleic acids or proteins, exchange of culture medium and etc.

What is the benefits of centrifuge? We can say, it is a power to collect desired components (or remove undesired components) from multiple samples with high efficiency.

Efficiency is the strong advantage in the all experimental procedures as it will be beneficial to reduce your working time and it may lead to keep sample qualities in a good condition.

 

Now, you can enjoy this strong advantage in sample filtration from 96 well microplate. CS CRIE’S Mesh bottom filtration plate (96- & 384-well plate), has a filter on its bottom of plate, and the filter has unified size of pores.

Availability of different pore size is also attractive for you – 0.45, 30, 70 and 100 μm of pore sizes are available as the off-the-shelf product. Need another pore size for your experiment? Don’t worry, just ask us about your desired pore size! We are able to offer in the range of 0.1 to 300 um pore size.

 

Any questions? Contact us now and get more details from our specialist.

Products on this e-news

Mesh bottom filtration plate (96- & 384-well plate)

Sample filtration plate from 96-/384-well microplate by using centrifuge.

Bottom Mesh Filter Plate, Centrifuge, Centrifugation, sample filtration by centrifuge,cell strainer, centrifuge plate

CONTACT

0774-29-9037

Weekday 8:30am - 5:30pm
as Japan time