Cell culture series
It uses USP CLASS VI grade sterilized polystyrene as raw material, and adopts advanced low-temperature polymer material surface treatment technology and production technology. Various specifications of cell culture plates, bottles, dishes, spinner flasks, high-throughput cell culture devices, etc., in addition to good transparency, no heat source, but also need to be surface modified to make them suitable for cell adhesion, division and Growth meets the needs of single-cell to large-scale cell and tissue culture.
Like primary cells, neuronal cells, stem cells, and other types of difficult-to-trophic cells, even on standard hydrophilic cell culture surfaces, they can’t grow adherently, and they will still undergo morphological changes and death, causing the experiment to fail.
These cells have higher and more stringent requirements for the hydrophilicity of the culture surface, and higher requirements for the hydrophilicity of the culture surface. These cells need to be super-hydrophilic modification technology on the surface of polymer materials induced by plasma grafting. Only the transformed super-hydrophilic cell culture surface products can achieve better adherent growth, division and proliferation, and achieve the goals of culture and downstream applications.
The super-hydrophilic cell culture surface product transformed by the plasma-induced grafting of the super-hydrophilic surface modification technology of polymer materials can also meet the needs of exclusion for the growth, proliferation and differentiation of easily adherent cells in vitro under serum-free conditions. Serum components interfere with the needs of cell biology testing.
Superhydrophilic surface of petri dish
This series of products uses advanced hydrophilic surface treatment technology to introduce polar genes on the surface of the culture device to form a durable and stable super-hydrophilic surface, avoiding the unstable, time-consuming, and expensive biological coating process. Realize a variety of cell types, good adherent growth under different culture conditions, and increase cell yield.
