Selecting the correct lab cell culture microplates is paramount for reliable and reproducible experimental results. The subtle differences in plate design, material, and surface treatment can significantly impact cell growth, viability, and assay performance. Making an informed choice ensures the integrity of your research and optimizes your valuable time and resources in the lab.
- Package Include: this set includes 20 tissue culture plates, designed to meet the frequent application requirements of laboratories or educational facilities, efficiently minimizing repeated purchases
- Compact and Light Design: each culture plate measures about 12.5 x 8.5 x 1.6 cm/ 4.92 x 3.34 x 0.63 inches and weighs just 0.06 kg; Its small, flat-bottom structure ensures even sample distribution and supports precise optical analysis due to its uniform...
- Clear Polystyrene Composition: made from optical-grade transparent polystyrene (PS), these cell culture plates provide high clarity, have smooth surfaces without burrs, and resist wear, ensuring accurate observation and data gathering for research
- Innovative Lid for Reduced Evaporation: each tissue culture plate includes a designed lid with a condensation ring and ventilation holes to effectively limit solution evaporation and condensation while preventing dust contamination and maintaining purity
- Plates are labeled with alpha-numeric markings for easy identification of individual wells
- Each well has a raised rim which nests into the rings on the single direction lid to reduce evaporation and limit the risk of cross contamination
- Lids have a stacking ring for added stability when handling tall stacks of plates
- All multiple well plates are packaged sterile (gamma irradiated)
- 【Product Material】: Culture plate is made of optically transparent polystyrene with thin wall and uniform thickness.
- 【Product Features】: High transparency，Each bore is marked with the letter for easy searching.
- 【Reasonable Design】: Cover designed with condensation ring and vent hole to reduce solution evaporation and condensation.
- 【Easy to Use】: Good compatibility with most devices.
- Made of pure polystyrene,sturdy,thick and durable,strong construction and flat bottom for stable dish manipulation;
- Include 10 pack tissue culture plate with lid, each 6 wells; Individual Package;
- Ideal Petri Plates for laboratory other scientific applications;
- Each plate is marked with letter and numbers for easy searching and convenient recording.
- 384 Well Plates are ideal for automated applications, colorimetric assays, compound storage or small volume applications
- Lab equipment & instruments
- Made in china
- Manufactured by COLE-PARMER
- Package Dimensions: 26" L x 16" W x 7" H
- 【TC Treated for Adherent Cells】 The surface is TC-treated to provide an ideal affinity for cell attachment, promoting robust cell growth and proliferation. Free from pyrogens, cytotoxic substances, DNase, RNase, and human DNA – suitable for...
- 【Clear Flat Bottom for Easy Observation】 The flat-bottom wells offer outstanding clarity, making it perfect for direct microscopic examination of tissue and cell culture samples without transferring to a separate slide.
- 【Smart Design to Minimize Edge Effects】 Features a lid with beveled-edge guidance that prevents cross‑well interference, along with a thin-wall bottom design to reduce edge effects. The raised well rim ensures secure sealing and effectively lowers...
- 【Individually Packaged & Sterile】 Each culture plate is individually packaged and sterilized by Irradiation Sterilized. Ready to use directly from the pouch without opening the entire case – maintains sterility and convenience for daily lab work.
- Minimal binding / liquid retention
- Black printed alpha-numerics
- Virgin, medical-grade polypropylene
- 3-Sided labeling and SBS footprint for ease of use on robotic systems
- Optimized for Adherence: Features tissue culture (TC) treated surfaces ideal for adherent cell cultures, promoting superior cell growth and attachment.
- Purity Preservation: Raised rims and tailored lids with molded rings significantly reduce evaporation and guard against impurities.
- Precision and Ease: Alphanumeric well markings for effortless identification, with stackable design for efficient use of space and easy handling.
- Sterile and Pure: Made from virgin USP Class VI polystyrene in a Class 100,000 cleanroom, sterilized to a SAL of 10-6, ensuring a pristine environment for cell culture.
- Easy ID: Alpha-numeric markings help you quickly identify each well with ease. This saves time and reduces mix-ups during busy workflows.
- Less Evaporation: Raised rims fit into the lid rings for a tighter seal during use. This helps reduce evaporation and lowers the risk of cross contamination.
- Stable Stacks: Lids feature stacking rings for better balance when handling multiple plates. This design improves safety and makes storage more organized.
- Pure Material: Made from medical grade virgin polystyrene for consistent and reliable performance. It supports dependable results across lab applications.
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Last update on 2026-10-14 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Cell Culture Microplates
Understanding Surface Treatment and Cell Adhesion
The surface chemistry of cell culture microplates is a critical factor determining cell behavior. For most adherent cell lines, a tissue culture-treated (TCT) surface is essential. This treatment introduces hydrophilic groups that promote cell attachment and spreading. Conversely, non-treated (NT) surfaces are hydrophobic and typically used for suspension cultures or applications where cell attachment is undesirable, such as generating spheroids or embryoid bodies. Specialized surfaces, including ultra-low attachment (ULA) coatings, actively prevent cell adhesion, fostering the formation of 3D cell structures. Other advanced coatings, like collagen, poly-L-lysine, or fibronectin, can enhance attachment for fastidious cell types or mimic specific in vivo environments.
Plate Format and Well Volume Considerations
Microplates are available in various formats, commonly ranging from 6 to 1536 wells, each suited for different experimental scales and throughput requirements. Higher well counts (e.g., 96, 384, 1536) are ideal for high-throughput screening and assays requiring small reagent volumes, conserving expensive reagents. Lower well counts (e.g., 6, 12, 24) provide larger surface areas per well, suitable for cell expansion, long-term cultures, or experiments demanding higher cell numbers and larger sample volumes. The well bottom shape—flat, round, or conical—also impacts cell growth and ease of sample retrieval. Flat bottoms are standard for most adherent cultures and imaging, while round or conical bottoms are often preferred for suspension cultures or pelleting cells.
Material, Sterility, and Compatibility
Most cell culture microplates are manufactured from high-quality, virgin polystyrene due to its optical clarity, rigidity, and chemical inertness. For applications requiring specific optical properties, such as UV transparency, cyclic olefin copolymer (COC) plates may be considered. Sterility is paramount; ensure plates are certified sterile, typically by gamma irradiation, and packaged to maintain sterility until use. Packaging options include individually wrapped or bulk sleeves. Compatibility with laboratory automation systems, plate readers, and microscopes is also crucial. Check dimensions, lid design, and material transparency to ensure seamless integration into existing workflows and equipment.
Optical Properties for Imaging and Assays
The optical characteristics of microplates are vital, especially for microscopy and photometric assays. Clear plates are standard for visual inspection and brightfield microscopy. For fluorescence-based assays, black plates minimize autofluorescence and crosstalk between wells, enhancing signal-to-noise ratios. White plates are optimal for luminescence assays as they maximize signal reflection, increasing sensitivity. Consider the plate bottom thickness and material for high-resolution microscopy, as some plates are designed with thinner, optically clear bottoms specifically for advanced imaging techniques, ensuring minimal distortion and optimal light transmission.
