Consists of a flat disc-shaped bottom and lid. Can be used for the culture of bacteria and plant and animal cells. The dish surface is treated with TC to enhance cell adhesion.
Cell culture dishes can improve the initial adhesion and proliferation of cells by performing physical hydrophilic treatment on the surface, minimizing damage and loss during recovery. We also offer untreated dishes for suspension cell culture. They consist of a flat, disc-shaped bottom and lid and can be used for the culture of animal and plant cells as well as bacteria.
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basic information
- Made of high transparency polystyrene - Flat bottom and transparent, with no optical distortion under a microscope. - Lid with stacking ring for easy stacking. - Designed with a lid ventilation grid to ensure gas exchange. - TC treatment on the culture surface for excellent cell adhesion. - Electron beam sterilized, SAL=10-6, easy-to-cut sterile packaging. - Pyrogen-free, endotoxin-free.
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Delivery Time
Applications/Examples of results
Cell culture - Can be used for the culture of adherent cells and suspension cells.
Detailed information
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Cell culture dish model number and specifications
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We will introduce a design that makes cell culture dishes easier to use.
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Company information
With the expansion of our business, NEST products are sold in countries around the world, including North America, Europe, Japan, South Korea, and India, and we have built deep cooperative relationships with overseas customers. To deliver products to our overseas customers more quickly, we established NEST's U.S. branch in New Jersey in 2013. Our products are suitable for various fields of life technology, including medicine, agriculture, light chemical industry, food, environmental conservation, bioenergy, marine biological resources, and regenerative medicine, meeting a wide range of customer needs. Additionally, compared to imported consumables, our products have shorter delivery times, superior quality, and lower prices, significantly improving work efficiency and reducing utilization costs.