Plates Products (0)

High clarity, 100% virgin polystyrene Vacuum Plasma tissue culture treatment Clear lot number for batch traceability Peel-to-open, individually wrapped & sterilized by gamma irradiation Markings of well coordinates available for 12, 24 and 96 well plates Non-Pyrogenic, DNase/RNase-FREE...

Corning Falcon® Multiwell Plates For Cell Culture provide a consistent culture surface chemistry by using a vacuum gas-plasma treatment Cylindrical, flat-bottom plates Alphanumeric well identification Gamma irradiation sterilized Crystal-grade polystyrene Non-pyrogenic Lot-to-lot testing for...

The labForce plates have been designed to simplify the interchanging of plates in automated systems. Conical base helps with sample concentration, reconstitution and centrifugation. The V bottom permits total liquid removal. The raised well rims improve heat sealing. No inner edges allows for easier...

RecoverMax™ design, rounded-corner, conical bottom well Frames feature alphanumeric coding for easy well identification g-Safe-stable at high centrifugation High chemical resistance Autoclavable (121°C, 20 min) Suitable for automation Conforms to SBS* standards Optional bar coding available...

High-quality, optically clear borosilicate glass cover slips are ideal for specialty microscopy and imaging Consistent flatness and scratch-free Resistant to organic solvents Packaged in a hinged plastic storage case 15 mm round cover glass can be used with a 24 well plate 20 mm round cover glass...

Microtest Plate, 96-Well, U-Bottom, PS

Raised well rims Comes with high binding, TC-treated or non-treated surface Built to proposed industry standard footprint These solid black and white, opaque polystyrene plates are tested on a lot-to-lot basis for capacity and low fluorescent/ luminescent background. Plates have minimal well-to-well...

Falcon® 24 Well Clear Multiwell Plate uses a well-characterized, crystal-grade polystyrene and a highly controlled vacuum-gas plasma process to create consistent growth surfaces. 24 Well plate with low-evaporation lid Non-treated polystyrene Flat bottom shape Non-pyrogenic Sterilized by gamma...

Designed to make the interchange of plates simplier in automated systems. V bottom allows total liquid removal, partial collection and aids in re-suspension. Conical base aids sample concentration, reconstitution and centrifugation. The raised well rims help improve heat sealing. No inner edges...

96 Well, Disposable Alphanumeric well identification Gamma irradiation sterilized Individual or bulk peel open packaging styles Dimensions: 86 x 128 x 14 mm Useful for tissue culture techniques. All plates supplied with low evaporation lids. Lids are also available separately (6907A15). Sealing film...

These 15mm diameter Netwell inserts have polyester mesh bottoms attached to polystyrene inserts They are used as tissue carriers, supports and strainers for culture of small organs, tissue slices or explants at the air-media interface Handy carriers are available for immunocytochemical staining of...

Falcon® 96 Well Clear Assay Plate is comprised of clear not treated polystyrene. Flat bottom, with lid, individually wrapped, sterile, 50/case Storage: Ambient storage conditions; Shelf life: Indefinite.

Feature untreated surfaces for use in a variety of laboratory tasks, such as homogeneous assays, screening and storage. These plates made of high quality polystyrene feature an untreated surface. Clear plates are ideal for colorimetric applications and storage, white plates for luminescence...

Falcon® 6, 24 or 96 Well Cell Clear Flat Bottom TC-Treated Multiwell Culture Plates

Useful in all areas of cell culture including scale-up and cloning Raised well rims to lower risk of cross contamination Excellent optical quality Nunclon™? certified Multidish 6 is available coated with Poly-D-Lysine or Collagen

Non-sterile Round, flat or V-bottom well shape General assay plates are ideal for solution-based assays (i.e. Hemagglutination Assays), serial dilutions and storage applications. Each well holds 250 or 260 µL (V-bottom).