For security reasons, you will be logged out in 4 minutes
Express
order Display
my quote Basket 0
0
Cannot be added! Your basket contains a blocked quote and must be finalised before you can order other items. Add to basket... Item added to basket
Storage - Screening Greiner Bio-One Microplates Screening - Storage

Microplates Screening - Storage

Polystyrene 96-well plates and half plates, black, white or clear

Discover
• High-grade polystyrene plate
• Medium or high absorption capacity
• Black for low background fluorescence
• High reflection white for luminescence
• Transparent background µclear or opaque
• Raised well rim to limit cross contamination
• Position coding
• Alphanumeric identification of wells
• Free of detectable DNase, RNase, human DNA, non-pyrogenic

Black, white or clear 984-well PS plates, standard or small volume

Discover
• High-grade polystyrene plate
• Medium or high absorption capacity
• Black for low background fluorescence
• High reflection white for luminescence
• Transparent background µclear or opaque
• Raised well rim to limit cross contamination
• Position coding
• Alphanumeric identification of wells
• Free of detectable DNase, RNase, human DNA, non-pyrogenic

Polystyrene 1536 well plate, black, white or transparent

Discover
• High-grade polystyrene plate
• Medium or high absorption capacity
• Black for low background fluorescence
• High reflection white for luminescence
• Transparent background µclear or opaque
• Raised well rim to limit cross contamination
• Position coding
• Alphanumeric identification of wells
• Free of detectable DNase, RNase, human DNA, non-pyrogenic

SensoPlate glass bottom plate

Discover
Sterile polystyrene microplate with glass bottom with a thickness of 175 µm, standard size. The plates are opaque black and suitable for high resolution imaging, fluorescence, confocal microscopy applications such as simple molecule detection (SMD) or spectroscopy together with fluorescence.

96-, 384- and 1536-well polypropylene plates

Discover
• Solid bottom polypropylene plates
• Intended for sample storage
• SBS norm
• Can be sealed in cold, heat or with mats
• High chemical resistance, high temperature resistance (-196 °C to +121 °C)
• Can be centrifuged up to 4800 g
• Customised barcode option available on request: please contact us
• Free of detectable DNase, RNase, human DNA, non-pyrogenic
• Manufactured under DIN ISO 9001 directives
• Well profile: V-Bottom, U-bottom or flat-bottom / chimney well

Greiner Bio-One Masterblock

Discover
96-Well storage blocks for screening or sample conservation.

Screenstar 96, 384 and 1536 well plates

Discover
• Transparent black cycloolefin cell culture treated
• 190 µm thick
• Refractive index similar to glass (1.53)
• Optimised plaque geometry for high resolution microscopy
• DMSO resistant and UV-permeable
• Optimal cell culture
• DNase and RNase free, non-pyrogenic and non-cytotoxic

Applications:
• High resolution imaging, confocal microscopy, fluorescence correlation spectroscopy
• Fluorescence measurement (Hts, Hcs)
• Adapted to Perkin Elmer Opera and Operetta Equipment

96-well plates - half-plates Greiner Bio-One

Discover
• Flat-bottom 96-well plates with a specific design: reduced well diameter for a working volume reduced by 50% without changing the micropipette or plate reader.
• High-quality polystyrene, high transparency and low autofluorescence
• Various treatments and colours depending on the application (µclear, black or white)
• Sterile or non-sterile depending on requirements
• Available in UVstar and UV-compatible versions
• Human DNA-free, DNase-free, RNase-free, non-cytotoxic, pyrogen-free

For ELISA tests: Two treatments are available to meet the needs of most applications.
• medium fixation with Microlon 200 plates (adsorption capacity of 200 ng of mouse IgG per cm²)
• and high fixation with Microlon 600 plates (adsorption capacity of 600 ng of mouse IgG per cm²).

For cell cultures:
• Classic TC treatment or Advanced TC for more sensitive cells that have difficulty adhering.
• Lids with condensation rings and coding.