Culture Plates

Sterile plastic culture plates for microbiological testing and cultivation of microorganisms in clinical diagnostics and research laboratories. Available in various configurations for different analytical applications.

Sterile culture plates for microbial growth and isolation in diagnostic and research laboratories. Suitable for bacterial, fungal, and other microorganism culturing applications.

Multi-well plates designed for mammalian and microbial cell culture applications with sterile, treated surfaces.

Disposable culture plates used for microbiology and cell culture applications. Designed for culturing microorganisms and cells in laboratory and diagnostic settings.

Multi-well culture plates for adherent and suspension cell culture applications. These sterile disposables support various cell-based research and screening experiments.

Pre-prepared culture plates with specialized media for bacterial and fungal isolation. Provides ready-to-use culture substrates for clinical microbiology testing.

Sterile culture plates designed for microbiological analysis and bacterial identification. These plates provide reliable growth media for diagnostic microbiology work.

Tissue-culture treated multi-well plates for cell-based assays and high-throughput screening. Plates are sterile, individually wrapped, and feature ergonomic designs for efficient handling.

Prepared culture plates for bacterial growth and isolation in clinical microbiology. Pre-filled with appropriate media for specific microorganism cultivation.

Disposable cell culture plates designed for adherent and suspension cell culture applications. These plates are used in laboratory settings for cell propagation, assays, and research purposes.

Multi-well culture plates for cell and tissue cultivation. Available in various well counts with treated or untreated surfaces for different cell types.

Sterile, treated polystyrene multiwell plates for cell culture, assays, and immunological testing. Available in various well configurations for different research and diagnostic applications.