Cell Culture Plates with treated culture surface and plates 6, 12, 24, 48, and 96 wells with flat bottoms
We supply cell culture plates with treated culture surface and plates with surface for suspension culture.
-- Available in two types: The plates with treated surface are suitable for adherent cell culture, and those with non-treated surface are suitable for suspension cell culture;
-- Available with 6, 12, 24, 48, and 96 wells with flat bottoms;
-- Excellent visibility;
-- Raised well rims reduce the risk of cross contamination;
-- Reasonable well-cover gap prevents contamination and evaporation of culture media during cell culture;
--Designed with one-way cover orientation to reduce mistakes;
--Alphanumerical codes for well identification;
--Raised upper edge on the cover well matches the bottom to keep stacked plates stable for space saving;
--Suitable for most equipment and instruments;
--Sterilized by irradiation;
--Pyrogen-free.
1. Precision Engineered for Optimal Cell Adhesion & Growth
Discover laboratory-grade cell culture plates featuring tissue-culture treated surfaces engineered to maximize cell attachment and proliferation. Available in versatile configurations—6-well, 12-well, 24-well, 48-well, and 96-well formats—these plates utilize polystyrene subjected to vacuum plasma treatment or chemical modification. This creates a uniformly hydrophilic surface ideal for sensitive cell lines. The flat-bottom design ensures consistent cell distribution, facilitates microscopic analysis, and supports high-throughput screening applications like drug discovery or cytotoxicity testing. Each plate is gamma-irradiated or electron-beam sterilized to guarantee sterility, while being certified DNase/RNase-free and non-pyrogenic. Stackable beads and standardized footprints (e.g., 86 x 128 mm) enable efficient handling and incubation space optimization. Trusted by researchers globally, these plates are indispensable for reproducible in vitro studies.
2. Enhanced Experimental Flexibility & Reliability
Maximize research accuracy with cell culture plates designed for scientific rigor. The treated surface (TC-treated) promotes robust cell adhesion across all formats—from low-density 6-well plates for expansion to 96-well plates for assays. Key innovations include condensation rings on lids to minimize well-to-well contamination and engraved alpha-numeric grids for precise sample tracking. Manufactured from optically clear virgin polystyrene (USP VI grade), these plates deliver exceptional clarity for microscopy and spectrophotometry. The flat-bottom wells maintain uniform medium depth, critical for ELISA, MTT, or spheroid culture. Bulk packaging options (e.g., 50-100 plates/case) ensure cost-effective scalability. Ideal for academic labs, biotech, and pharmaceutical settings, these plates support 3D culture when paired with ultra-low attachment coatings, making them a cornerstone of modern cell biology.
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| | PCR plate 0.2ml 96 wells flat | | | |
| | PCR plate 0.2ml 96 wells convex | | | |
| | PCR plate 0.2ml 96 wells semi skirt | | | |
| | PCR plate 0.2ml 96 wells skirt | | | |
| | PCR plate 96 wells drain bottom | | | |
| | PCR plate 96 wells Silicone cap | | | |
FAQ:
Why cell culture plates are coated?
PDL coatings often improve attachment and growth of primary neurons, glial cells, neuroblastomas, and a variety of transfected cell lines. PDL coating are also used in cell-based microplate assays to help keep cells attached to the bottom of the wells during processing.
How do culture plates work?
Cell culture plates are used in laboratories to provide optimum conditions for cell culture. A cell culture plate provides the right conditions for the growth of cell cultures. They are usually transparent to allow visual assaying, and the dishes can be either V-shaped, flat, or round at the bottom.
How are culture plates stored?
Culture dishes should be wrapped with laboratory sealing film (plastic or paraffin) and stored upside down (agar side up) to minimize contamination and to keep both the culture and agar properly hydrated.
