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Best lab genomic microplates, ranked

AI-generated summary · updated August 3, 2026 · verify details before purchase.

  1. Corning 96-Well Clear Flat Bottom Polystyrene Not Treated Microplate
    Best overall Corning

    Corning 96-Well Clear Flat Bottom Polystyrene Not Treated Microplate

    4.8/5 $210.84 Only 1 left

    High-quality, untreated plate ideal for suspension cell cultures and general assays. Low background and excellent optical clarity.

    • Consistent well-to-well uniformity
    • Clear flat bottom for optical reading
    • Low binding for minimal interference
    • Not suitable for adherent cell culture
  2. Thermo Scientific Nunc 96-Well Polystyrene Microplate, Flat Bottom, Nunclon Delta Treated
    Best for cell culture Kashi Scientific

    Thermo Scientific Nunc 96-Well Polystyrene Microplate, Flat Bottom, Nunclon Delta Treated

    4.7/5 $159.99 Only 13 left

    Nunclon Delta surface treatment enhances cell attachment and growth. Reliable for cell-based assays.

    • Excellent cell adhesion
    • Sterile and ready to use
    • Wide assay compatibility
    • Higher cost per plate
  3. Greiner Bio-One 96-Well Microplate, PS, F-Bottom, Clear, Cell Culture Treated
    Best for optical measurements Greiner Bio-One

    Greiner Bio-One 96-Well Microplate, PS, F-Bottom, Clear, Cell Culture Treated

    4.6/5 $250.00

    Clear polystyrene plate with high optical transparency and low autofluorescence. Suitable for fluorescence and absorbance assays.

    • Low autofluorescence
    • High transparency
    • Good cell growth
    • Lid not included
  4. Corning 384-Well Clear Flat Bottom Polystyrene Microplate, Not Treated
    Best for high throughput Corning

    Corning 384-Well Clear Flat Bottom Polystyrene Microplate, Not Treated

    4.7/5 $729.12

    384-well format reduces reagent consumption and increases throughput. Flat bottom and low evaporation.

    • High throughput format
    • Low sample volume
    • Uniform well geometry
    • Requires precise pipetting
  5. Best for ELISA

    Thermo Scientific Nunc 384-Well Polystyrene Microplate, Flat Bottom, MaxiSorp

    4.5/5 $40-$60

    MaxiSorp surface optimized for high binding of proteins and antibodies. Ideal for ELISA and immunoassays.

    • High protein binding capacity
    • Consistent coating
    • Low well-to-well variability
    • More expensive
    • Not for cell culture
  6. Greiner Bio-One 384-Well Microplate, PS, F-Bottom, Black, Non-Binding
    Best for fluorescence Greiner Bio-One

    Greiner Bio-One 384-Well Microplate, PS, F-Bottom, Black, Non-Binding

    4.4/5 $475.95 Only 1 left

    Black plate reduces cross-talk and background for sensitive fluorescence assays. Non-binding surface minimizes sample loss.

    • Low background fluorescence
    • Non-binding surface
    • Compatible with various readers
    • Black plate not for absorbance
  7. Corning 96-Well Clear Round Bottom Polystyrene Not Treated Microplate
    Best for suspension cultures Corning

    Corning 96-Well Clear Round Bottom Polystyrene Not Treated Microplate

    4.3/5 $210.84 Only 1 left

    Round bottom wells promote spheroid formation and are ideal for suspension cells. Economical choice.

    • Encourages spheroid formation
    • Cost-effective
    • Good optical clarity
    • Not for flat-bottom assays
  8. Thermo Scientific Nunc 96-Well Polystyrene Microplate, U-Bottom, Non-Treated
    Best for mixing Kashi Scientific

    Thermo Scientific Nunc 96-Well Polystyrene Microplate, U-Bottom, Non-Treated

    4.2/5 $149.99 Only 6 left

    U-bottom wells facilitate complete mixing and are often used for pellet formation and resuspension.

    • Efficient mixing
    • Easy cell pellet recovery
    • Reasonable price
    • Lid not included
    • Not for optical clarity assays

What to consider before buying

When selecting genomic microplates, consider the plate format (96 vs 384) based on throughput needs, surface treatment (cell culture treated vs non-treated), and optical properties (clear, black, white) for your detection method. Sterility is important for cell culture, while binding surfaces like MaxiSorp are key for protein-based assays. Always check compatibility with your microplate reader and liquid handling equipment.

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