Consumables

Our cell culture plates are manufactured from high-clarity USP Class VI virgin polystyrene, ensuring excellent optical transparency, consistent quality, and reliable biocompatibility for a wide range of cell-based applications.

The plates are available in 6-, 12-, 24-, 48-, and 96-well formats, meeting the needs of both small-scale experiments and high-throughput screening. All wells feature a flat-bottom design, providing a uniform growth surface and enabling accurate microscopic observation and quantitative analysis.

Each plate is equipped with a low-evaporation lid incorporating unique condensation rings, which effectively reduce moisture loss and help maintain consistent culture conditions across all wells. This design minimizes edge effects, improving experimental reproducibility, especially during long-term incubation.

Both cell culture–treated and non-treated options are available. Treated plates are optimized for adherent cell attachment and growth, while non-treated plates are suitable for suspension cell culture and specialized applications requiring minimal cell adhesion.

All plates are E-beam sterilized to ensure sterility and are individually packaged with DuPont® Tyvek® paper, providing excellent microbial barrier protection. Clear and legible lot numbers are printed on each package to support full batch traceability and quality control.

Key Features

Made from USP Class VI certified, high-clarity virgin polystyrene

Available in 6, 12, 24, 48, and 96 wells

Flat-bottom wells for uniform cell growth and reliable imaging

Low-evaporation lid with condensation rings to reduce evaporation and edge effects

Cell culture–treated surfaces for adherent cells

Non-treated surfaces for suspension cells and specialized applications

E-beam sterilized for reliable sterility assurance

Individually packaged with DuPont® Tyvek® paper

Clear lot numbers for batch traceability and quality assurance

Applications

Adherent and suspension cell culture

Cell-based assays and screening

Drug discovery and toxicity testing

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