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HTS microplates facilitate numerous tests conducted simultaneously for faster identification. While some styles are ideal for assay testing, other compound models are primarily used for simple sample storage. The gridded wells may have flat, conical, or round shaped bottoms. Purchase the high throughput screening microplates in non-sterile, pre-sterile, or sterile based on specific testing preference. The various colored surfaces may or may not be treated for medium and high binding.
Description:
Polymer base plate, non-treated plates are optimized for scintillation counting, working volume range 50-200u/ well, customized bar coding is available
Description:
Clear polystyrene has excellent optical properties making it ideal for optical measurements and colony counting, optical clarity makes colonies easy to use, untreated surfaces are ideal for adding coatings in your lab.
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Clear polystyrene, untreated surface are ideal for adding coatings in your lab, plates are optimized for robotics, plate readers and liquid handlers, customized bar coding is available.
Description:
White. Nontreated. Nonsterile. Rounded square wells with flat bottoms. Center-to-center well distance: 2.25mm. Well depth: 5mm. Standard 96-well footprint. 13uL/well total volume. Working volume: 1-10uL/well. Skirted rim for labeling and bar coding. 30 per sleeve.
Description:
96-well, round-bottom plates. Ideal for assay, colorimetric serology, and bacteriology applications. High-quality polystyrene ensures optimum optical clarity. Well volume: 0.3mL. Lids sold separately (62409-126). Clear. High flange design. Nonsterile. Packed ten per sleeve.
Description:
96-well, flat-bottom plates. Ideal for assay, colorimetric serology, and bacteriology applications. High-quality polystyrene ensures optimum optical clarity. Well volume: 0.4mL. Lids sold separately (62409-126). Clear. High flange design. Nonsterile. Packed ten per sleeve.
Description:
Nonsterile polystyrene, optically clear bottoms, can be read from the top or bottom, low fluorescence background ensures accurate results due to a higher signal-to-noise ratios.
Description:
Polymer base plate, non-treated plates are optimized for scintillation counting, working volume range 50-200u/ well, customized bar coding is available
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Have a standard format, which makes them compatible with plate washers and readers, v-bottom and u-bottom plates allow pelting or settling of cells for gentle concentration and sample retrieval.
Description:
Have a standard format, which makes them compatible with plate washers and readers, v-bottom and u-bottom plates allow pelting or settling of cells for gentle concentration and sample retrieval.
Description:
96-well, flat-bottom plates. Ideal for assay, colorimetric serology, and bacteriology applications. High-quality polystyrene ensures optimum optical clarity. Well volume: 0.4mL. Lids sold separately (62409-126). Black. Pinch bar design. Nonsterile. Packed five per sleeve.
Description:
Polymer base plate, non-treated plates are optimized for scintillation counting, working volume range 50-200u/ well, customized bar coding is available
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Have a standard format, which makes them compatible with plate washers and readers, v-bottom and u-bottom plates allow pelting or settling of cells for gentle concentration and sample retrieval.
Description:
96-well, flat-bottom plates with lids. Ideal for assay, colorimetric serology, and bacteriology applications. High-quality polystyrene ensures optimum optical clarity. Well volume: 0.4mL. Clear. High flange design. Nonsterile. Packed ten per sleeve.
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
96-well, flat-bottom plates. Ideal for assay, colorimetric serology, and bacteriology applications. High-quality polystyrene ensures optimum optical clarity. Well volume: 0.4mL. Lids sold separately (62409-126). Clear. Pinch bar design. Nonsterile. Packed five per sleeve.
Description:
Polystyrene, nylon membrane used for dot blotting bacterial clones, lid protects cells from contamination while providing a means for cell respiration during incubation and or storage.
Description:
Polymer base plate, non-treated plates are optimized for scintillation counting, working volume range 50-200u/ well, customized bar coding is available
Description:
Clear polystyrene has excellent optical properties making it ideal for optical measurements and colony counting, optical clarity makes colonies easy to use, untreated surfaces are ideal for adding coatings in your lab.
Description:
96-well, round-bottom plates are ideal for assay, colorimetric serology, and bacteriology applications. Made of high-quality polystyrene to ensure optimum optical clarity. Well volume: 0.3mL. Lids are sold separately (62409-126). Clear. Pinch bar design. Nonsterile.
Description:
Polystyrene, nylon membrane used for dot blotting bacterial clones, lid protects cells from contamination while providing a means for cell respiration during incubation and or storage.
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Nonsterile polystyrene, optically clear bottoms, can be read from the top or bottom, low fluorescence background ensures accurate results due to a higher signal-to-noise ratios.
Description:
Optimized for robotics, automated readers and liquid handling systems, flat bottom shape is ideal for microscopic and optical measurements, are made of clear polystyrene, have untreated surfaces, which is ideal for adding coatings in your lab.
Description:
Optimized for robotics, automated readers and liquid handling systems, flat bottom shape is ideal for microscopic and optical measurements, are made of clear polystyrene, have untreated surfaces, which is ideal for adding coatings in your lab.
Description:
Have a standard format, which makes them compatible with plate washers and readers, v-bottom and u-bottom plates allow pelting or settling of cells for gentle concentration and sample retrieval.
Description:
Optimized for robotics, automated readers and liquid handling systems, flat bottom shape is ideal for microscopic and optical measurements, are made of clear polystyrene, have untreated surfaces, which is ideal for adding coatings in your lab.
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Description:
Clear polystyrene, untreated surface are ideal for adding coatings in your lab, plates are optimized for robotics, plate readers and liquid handlers, customized bar coding is available.
Description:
Have a standard format, which makes them compatible with plate washers and readers, v-bottom and u-bottom plates allow pelting or settling of cells for gentle concentration and sample retrieval.
Description:
Clear polystyrene, untreated surface are ideal for adding coatings in your lab, plates are optimized for robotics, plate readers and liquid handlers, customized bar coding is available.
Description:
Shared wall technology increases well volume and wider cells improve mixing, low binding polypropylene for homogeneous assays and storage, ideal as collection plate for nunc filter plates
Microplates
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