Luminescence Plate

… 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 cross talk and low background fluorescence and/or luminescence. Plates are available with either a high binding surface,…

…sensitive than a standard white plate for chemi-luminesence assays. Black plates designed for top reading fluorescence instruments Black plates have low background fluorescence and minimize light scattering White plates maximize signal for luminescence readers Highly polished well to…

…polystyrene, these plates allow for top-read or bottom-read measurements in the visible range. White flat bottom 96-well assay plates are ideal for general (non-tissue culture) applications including microbiology, serology, and luminescence assays. Made of polystyrene, these plates are solid…

…bottom assay microplates have been specifically designed for luminescence applications, such as Luciferase Reporter Assays, due to the white plate maximising signal intensity in cases of low signal from some or all the wells. The plates give optimum results from most top-reading instruments, and…

… White light-reflecting sealing films for use with white microplates May be applied to top or bottom of plate Maximize intensity and signal-to-noise ratios in luminescence assays Additional applications for mounting and storage of filters for microscopy, for example in ELISPOT assays…

White or black upper structure with polymer bottom plates combine the clarity of virgin crystalline polystyrene with optimal surface for a wide range of HTS applications Working volume range: 50 - 200 µl/well Optimum clarity for viewing well contents

…Microtiter plates include Microlite™ products for luminescence applications. Black Microtiter plates include Microfluor® products for fluorescence applications. 96 well plates have raised wells to prevent cross-contamination. High-throughput compatible 384 well plates allow miniaturization…

…assay plates are made of non-treated, medical-grade virgin polypropylene in 96 well format. These plates are certified free of DNA, DNase, RNase, and endotoxins (pyrogens). Ideal for compound libraries, combinatorial chemistry, and luminescent assays. Why you need Biotix assay plates: Large…

…screening MaxiSorp™ and PolySorp™ for ELISA Clear plates for colorimetric assays and sample storage White plates for luminescence and fluororescence assays Black plates for fluorescence assays White and black plates minimize crosstalk Rounded square wells eliminate…

…bottom plates allow the cells to grow on the bottom surface to be viewed using an inverse microscope. In addition, light-emitting assays can be measured from the bottom. These clear bottom 24-well Krystal™ plates are optimized for fluorescence and luminescence. The special design of the plate…

…and low binding properties. Multiwell plates are available in three colors for varied applications. Natural is for storage or colorimetric assays. Black is suitable for fluorescent assays and white is for luminescent assays including SPA. Plates are available in sterile and non-sterile versions.

…polypropylene assay plates are an ideal platform for fluorescence and luminescence assays that have a compound non-specific-binding problem while using polystyrene plates. These plates offer low compound sticking as well as higher solvent resistance compared to polystyrene plates. Non-treated. Lid…

For measuring the fluorescence or phosphorescence from a 6-, 12-,24-, 48-, or 96-well plate in either the X or Y direction or for luminescence micro densitometry of TLC plates and electrophoresis gels. Controlled by the computer. Silica excitation fiber, glass emission fiber. May require LS-50B…

…well plates feature low cross talk and minimal binding. Plates have a highly reflective surface, low autophosphorescence, and minimum capillary action. Plates are suitable for luminescence applications including scintillation proximity assay. Working range is 10-100 µL/well. Plates are…

…surface MaxiSorp™ and PolySorp™ for ELISA Clear plates for colorimetric assays and sample storage White plates for luminescence and fluorescence assays Black plates for fluorescence assays White and black plates minimize crosstalk Rounded, square wells eliminate wicking Flat…

… MaxiSorp™ and PolySorp™ for ELISA Clear plates for colorimetric assays and sample storage White plates for luminescence and fluorescence assays Black plates for fluorescence assays White and black plates minimize crosstalk Rounded square wells eliminate wicking…

Non-treated surface for storage, assays and screening Clear plates for colorimetric assays and sample storage White plates for luminescence and fluorescence assays Black plates for fluorescence assays White and black plates minimize crosstalk Rounded square wells eliminate wicking Flat bottom…

…screening MaxiSorp™ and PolySorp™ for ELISA Clear plates for colorimetric assays and sample storage White plates for luminescence and fluorescence assays Black plates for fluorescence assays White and black plates minimize crosstalk Rounded square wells eliminate…

… Minimal leaching of coupled biomolecules from the surface Binding site easily accessible Low non-specific binding High signal to noise ratio Stable at room temperature Low reagent consumption White and black plates for luminescence or fluorescence applications

… Minimal leaching of coupled biomolecules from the surface Binding site easily accessible Low non-specific binding High signal to noise ratio Stable at room temperature Low reagent consumption White and black plates for luminescence or fluorescence applications

White wall plates are designed to reduce well-to-well crosstalk during luminescent assays Recommended working volume of up to 20 to 80uL Enhanced flatness provides low intra- and inter- plate CV’s Nonbinding (NBS) surface is a Corning proprietary treatment technology used on…

…MicroWell™ Plates, which are the ideal storage plate as polypropylene has a lower binding capacity so proteins or DNA will not bind. Withstands temperatures from −80° to +121°C. Available in a variety of colors for quick identification of storage plates. Features: …

…384 offers market leading plate flatness (+/-0.1mm tolerance) that translates into a significant increase in measurement precision and elimination of read errors when performing cell based assays using fluorescent or luminescent imaging. All tissue-culture treated plates are supplied lidded and…

…the same footprint as 96 well plates MaxiSorp™ surface Available in white, clear or black Total volume per well: 120 µL 384 well plates allow miniaturization of assays and are compatible with robotics, automated readers and liquid handling systems. Plates are available in three colors:…

… Generate and culture spheroids in one plate – for up to 21 or more days Highly reproducible bulk spheroid formation across microcavity wells – from 79 to 15,000+ spheroids per well Culture a high density of spheroids in one plate under one culture condition Increased signal…

…volume Black and White Clear Bottom Plates are available with either a tissue culture-treated surface for cell-based assays or a non-treated surface for solution-based, homogenous assays. These plates are ideally suited for fluorescent and luminescent cell-based assays - perfect for direct…

…or black plates Sterilized polystyrene Compatible with robotics Lids included These plates allow the miniaturization of assays. Cell culture surface is negatively charged and ideal for adherent cells. White plates are for luminescent/fluorescent applications. Clear plates are for…

…volume saves reagents Non-sterile Non-treated surface 384 shallow well plates feature conical flat bottoms for cell culture or assays. Working range is 2-20 µl/well and the 25 µl total volume saves reagents. Plate dimensions are 128 x 86 mm and the standard height provides optimal handling.

… Optimum clarity for viewing Flat bottom well for plate reader access Rounded square wells eliminate wicking Footprint compatible with standard equipment and automated systems Non-treated plates are optimized for fluorescence Working volume range: 10…

…these plates are manufactured from high quality polystyrene. Designed to reduce well-to-well crosstalk Black plates have low background fluorescence and minimize light scattering White plates enhance bio & chemi-luminescence signals and have low background luminescence and…

Non-treated plates are optimized for scintillation counting White or black upper structure with polymer bottom plates combine the clarity of virgin crystalline polystyrene with optimal surface for a wide range of HTS applications Working volume range: 50 - 200 µl/well