384 Well Clear Bottom Plates

…readers and microscope viewing Standard, automation-friendly 96 well footprint Reduces total working volume up to 90% Saves time and money 125 µL well volume Black and White Clear Bottom Plates are available with either a tissue culture-treated surface for cell-based…

…All tissue-culture treated plates are supplied lidded and sterile, in individual bags. Opague walls to prevent well-to-well crosstalk Clear plate bottom permits direct miccroscopic viewing Thickness of bottom 0.40mm For use with top or bottom reading instruments Maintaining…

Azenta products are intended for sale/shipment within the US , Canada, and Latin America only. All other International customers should contact their local Azenta distributor to place orders for Azenta products.

…versions Solvent-resistant Untreated surface Microplate is resistant to many common organic solvents (e.g., DMSO, ethanol, methanol). Plates offer total well volumes of 180 or 240 µL. Certified DNase- and RNase-free, they are available in sterile and special non-sterile versions.

Round or flat bottoms Sterile or non-sterile versions Polypropylene Model 6928F08 is a clear, round bottom, untreated microplate. It is sterile and certified DNase- and RNase-free. It is resistant to many common organic solvents (e.g., DMSO, ethanol, methanol) and has a total well volume of 95…

…more wells in 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…

…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 for optical reading Optimized…

…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 bottom for optical reading…

… 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 wicking (capillary action) Flat bottom for…

…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 bottom for optical reading …

White or black upper structures with optically clear bottoms Can be read from bottom and/or top Optical film made of polystyrene Rounded, square wells eliminate wicking Optimized for scintillation counting Produced in clean environment Working volume range: 10 - 100 µl/well

…4 well flat bottom, treated or non-treated configurations Thomas Nos. 1177Y90 and 1177Y96 NEW – Now available in 1 well configuration Useful for high volume and robotic screening of DNA libraries, as well as manual plating Same footprint as standard multiple well plates…

…clear polystyrene lid. Plate is made from high optic transmission grade polystyrene, these clear flat bottom assay plates allow for top-read or bottom-read measurements in the visible range. They come in standard 16x24 configuration and have molded in alpha-numeric position markings. Each well…

Same footprint as 96 well plates with 4 times as many wells Available in white, clear 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…

…25 µl total 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…

…384 well readers and detectors Comes with either a tissue-culture-treated surface for cell-based assays or a non-treated surface for solution-based homogenous assays. A high-binding surface for solid phase immobilization assays is available. Volume 384 well: 125 µL; 1536 well: 2.3 µL. 384 Tissue…

…Eppendorf Deepwell Plates 96 and 384 are designed to be centrifugation-stable and durable in a temperature range from 4 to 40°C. Standard, DNA and Protein LoBind Eppendorf Deepwell Plate 96 and 384 can be centrifuged up to 6,000 x g. Sterile Eppendorf Plate Deepwell 96 and 384 are centrifugation…

…optically clear bottom Rounded square wells eliminate wicking Optimized for scintillation counting Optical film made of polystyrene 384-well optical bottom plates can be read from the bottom and top. Optimized for scintillation counting, the plate features rounded square wells that eliminate…

Reduced total height due to reduced vent lug Available in white and clear Short stacking lugs minimize distance between top of well and bottom of lid Stacking height is decreased while maintaining side wall height

…and assembled, these plates are available in 96 and 384 well black matrix only for the most sensitive UV range florescence assays using whole-plate imaging or confocal microscopy. 220nm far UV cut-off 96 and 384-well black versions Industry-standard well layout Very low…

…to ISO 14644-1 class 5 to 7 and meet the ANSI/SBS- standard for perfect robotic handling. 96 well plates are available with U, V, F or C-Bottom; 384 well and 1536 well plates have an F-bottom. Plates are alphanumerically labeled, stackable and compatible with most standard readers and washers.…

…with microplate handling and robotics. Wells have flat bottoms and rounded square tops (square with round corners) designed to minimize wicking and reduce air bubble formation, while increasing volume capacity and surface area. Plates are stackable. All plates are free of detectable RNase, DNase,…

…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 measurements, black plates for fluorescence analyses. BRANDplates® are…

…applications with added volumes 96 and 384 well versions Certified DNase- and RNase-free Sterile and non-sterile versions available 384 well deep well polypropylene plates offer improved sample recovery through the specially designed wells that feature a square geometry that…

…introduced by 1536-well plates. The wells on Small Volume™ plates feature conical well geometry; wells have a round top and a flat bottom, resembling a truncated cone. Plates with µClear® bottoms feature a polystyrene microthin film bottom for clear imaging or viewing and…

…3000 Analyzer. Ultra flat thick well bottom is designed for high throughput imaging by minimizing microscope refocusing from well to well. More economical solution than glass bottom plates. Better cell growth and attachment than glass bottom plates. Black opaque walls to prevent well-to-well…

Nonbinding (NBS™) surface is a Corning proprietary treatment technology used on polystyrene microplates to create a nonionic hydrophilic surface (polyethylene oxide-like) that minimizes molecular interactions. Ideal for reducing protein and nucleic acid binding at low concentrations, and increasing…

…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…

Recommended working volume of up to 20 to 80µL. Conforms to standard microplate footprint and dimensions. High binding surface binds medium (>10kD) and large biomolecules that possess ionic groups and/or hydrophobic regions. Binding capacity is approximately 400 to 500ng IgG/cm²deal for…

…without using 384 well plates. Half-area plates can help save on rare and expensive reagents by reducing the amount of reagent needed per well, while still retaining the ability to be read in most standard plate readers. Built to proposed industry standard footprint. All plates have wells that are…