Cell Culture Plates

Eppendorf Cell Culture Plates are used for the growth and maintenance of cells in laboratory settings. They are ideal for expanding smaller cell numbers and conducting cell-based assays, providing a reliable environment for cell culture experiments.

These plates are designed for general cell culture use and are particularly effective for smaller cell numbers and cell-based assays. However, the specific suitability may depend on the type of cells you are working with, so it’s always good to verify compatibility with your cell line.

Eppendorf Cell Culture Plates are designed with features that minimize contamination risks and ensure safe handling. Their construction supports reliable cell growth while maintaining sterility during use, making them a safer option for cell culture experiments.

Yes, these plates are versatile and can be used for both cell expansion and cell-based assays. They are ideal for a variety of applications, from growing cells to conducting experimental analyses.

Eppendorf Cell Culture Plates are designed with standard specifications to be compatible with most automatic equipment and liquid handling systems used in laboratory settings. Always confirm compatibility with your specific equipment before use.

Eppendorf Cell Culture Plates are manufactured to high standards, offering consistent surface quality and uniform cell distribution. This ensures reliable cell growth and reproducible results for your experiments.

Eppendorf Cell Culture Plates are typically made from high-quality polystyrene, which is known for its clarity and durability, providing a reliable surface for cell culture while allowing easy observation under a microscope.

Eppendorf Cell Culture Plates are designed for both short-term and long-term cell culture. However, for extended culture periods, it is recommended to monitor cell health and medium conditions regularly to ensure optimal growth.

Yes, Eppendorf Cell Culture Plates are sterilized to maintain sterility and prevent contamination. They are typically packaged in sterile, ready-to-use conditions for immediate use in experiments.