Plates and Dishes

The Corning® well microplate is specially designed for immobilizing large molecules like antibodies that have large hydrophobic regions. These non-sterile microplates feature high quality construction.

Sterile plates feature untreated surfaces for use in a variety of laboratory tasks, such as homogeneous assays, screening and storage. These plates made of high-quality polystyrene feature an untreated surface.

Sterile plates feature untreated surfaces for use in a variety of laboratory tasks, such as homogeneous assays, screening and storage. These plates made of high-quality polystyrene feature an untreated surface.

Sterile plates feature untreated surfaces for use in a variety of laboratory tasks, such as homogeneous assays, screening and storage. These plates made of high-quality polystyrene feature an untreated surface.

Sterile plates feature untreated surfaces for use in a variety of laboratory tasks, such as homogeneous assays, screening and storage. These plates made of high-quality polystyrene feature an untreated surface.

4 times more wells than a 96 well plate for assay miniaturization and cost savings Same footprint as 96 well plate, compatible with robotics and automated equipment Rounded square design and round bottom minimizes wicking Efficient washing and

384 Well Plate, White, Non-treated, for Homogenous Luminesce

Sterile or non-sterile versions Solvent-resistant Untreated surface Microplate is resistant to many common organic solvents (e.g.

Krystal&trade glass bottom plates are manufactured for whole-plate CCD imaging and laser detection applications, Krystal glass bottom plates consist of a polystyrene upper part and a clear borosilicate glass sheet fixed to the base with a

Bold-printed PCR plates fit leading thermal cyclers, DNA sequencing detection instruments, and Real-Time PCR instruments. Precision-designed molds and tightly controlled processes create high quality plates with minimal warp before and after thermal

Bold-printed PCR plates fit leading thermal cyclers, DNA sequencing detection instruments, and Real-Time PCR instruments. Precision-designed molds and tightly controlled processes create high quality plates with minimal warp before and after thermal

With an ultra-clear film and an unprecedented flatness, these microplates are ideal for high resolution cellular imaging applications. The microplate and film are manufactured from cyclic olefin copolymer, which has excellent optical properties,