1～6 item / All 6 items
It is convenient for large-scale processing and work with robots.
The width of the hakama is wide, which particularly improves stability during robotic operations, and the V-bottom design is also convenient for collecting contents at the bottom. Additionally, it is made of transparent PP, which has resistance to organic solvents.
You can easily work with disposables.
It is convenient for transferring small amounts of inoculation materials or samples to other plates or solvent containers. There are polystyrene and polypropylene versions, and the PP plates are solvent-resistant.
All plates are equipped with covers.
Unlike a typical independent well type, all the wells on the outer perimeter are also independent from the wall sections. Adjacent wells are completely independent.
Sterilized and ideal for suspended cells, microorganisms, and culture! Available in a variety of shapes such as round bottom, V bottom, and flat bottom.
We manufacture and sell our own planned bio-experiments used in the fields of physical and chemical sciences as well as clinical testing, along with disposable products for clinical testing and various equipment and machinery. The 96-well plates are made of polystyrene and are available in both non-sterile and sterile versions. The round-bottom 96-well plates and V-bottom 96-well plates come with an optional common cover for the plates. ★Samples are also available! If you are interested, please contact us through the inquiry form. 【Features】 ■Made of polystyrene ■Available in both non-sterile and sterile versions ■Wide variety *For more details, please download the catalog. Feel free to contact us with any inquiries.
Mini-sized round-bottom plates suitable for working with trace samples.
The position of the wells and the spacing between adjacent wells are the same as the Terasaki plate. When dispensing from the 96-well plate, the sample positions can be directly reflected.
It is a square-shaped well with a flat bottom plate featuring 384 holes.
All covers are set and sterilized. It is compatible with work in robotic systems, but the well has not been surface treated.
