Surface Modification Technology in Cell Culture Bottles

To address these issues, our cell culture bottles undergo surface modification using TC treatment, enhancing cell attachment and growth.

In modern biomedical research, the crucial role of cell culture cannot be underestimated. However, domestic cell culture practices often face challenges such as poor cell adhesion and high cell death rates, which impact experiment accuracy and reproducibility. To address these issues, our cell culture bottles undergo surface modification using TC treatment, enhancing cell attachment and growth.

TC treatment is an advanced surface modification technique involving plasma technology under ultra-high vacuum conditions to modify the surface of cell culture bottles. This treatment not only smoothes and evens the surface but also enhances surface properties at the molecular level, improving hydrophilicity and biocompatibility. Consequently, cells adhere more strongly to the culture bottle surface, facilitating better cell attachment and growth while reducing the likelihood of cell detachment and death.

Through TC treatment, our cell culture bottles not only offer superior cell adhesion performance but also enhance interactions between cells and culture media, promoting cell growth and proliferation. This innovative technology provides researchers with a more reliable and stable experimental environment, enabling more precise and dependable experimental outcomes in the field of biomedical research.

In conclusion, TC treatment, as a cutting-edge technology, demonstrates significant potential and application prospects in the field of cell culture. We are committed to integrating this technology with high-quality cell culture bottles to provide researchers with excellent experimental tools, thereby advancing biomedical research.