Introduction to the characteristics of cell culture petri dish

Cell culture is one of the crucial experimental techniques in life science research and medicine. In order to ensure the accuracy and reproducibility of the experiments, it is crucial to choose a high-quality cell petri dish.
1、Nontoxic and safe materials
Cell petri dish is made of polystyrene (PS) material, which has good transparency, heat resistance and chemical resistance. What's more, the material is specially treated to be non-pyrogenic, non-endotoxic and non-cytotoxic, ensuring healthy cell growth and proliferation. In the production process, it also undergoes strict irradiation sterilization treatment, with SAL reaching 10-6, effectively reducing the risk of microbial contamination.
2、Excellent cell attachment performance
Its surface is treated with vacuum plasma surface treatment, which makes the cell attachment performance excellent. This means that the cells can better attach to the surface during the culture process, forming a healthy monolayer or multilayer cell growth state, which is convenient for experimental observation and research.

3、Convenient operation design
The design of the cell petri dish takes full account of the convenience of operation for experimental personnel. Its bottom has no distortion and uniform thickness, which makes the accuracy and repeatability of experimental results guaranteed. The flat bottom design is easy to hold and operate, and the tooth ring design on the side can better fix the Petri dish and reduce the risk of contamination.
Ring-shaped protrusion design on the lid
The lid is also designed with a ring-shaped protrusion, and the bottom of the close combination, this design can effectively reduce the volatilization of the culture medium, and at the same time, convenient for experimental personnel to store and operate. In addition, open Petri dish lids with regular protrusions on the lid can be provided to meet the needs of different experiments.
In summary, the cell petri dish made of polystyrene (PS) material is characterized by non-toxicity and safety, excellent cell attachment performance, and convenient operation design. It can meet the needs of various cell culture experiments and provide strong support for the development of biological research and medical field.