Porvair Sciences introduces Clara™ 6 Well Cell Culture plates, the innovative solution for multi-well medium volume cell culture. Manufactured from virgin polystyrene their high optical clarity allows easy observation of cell health and density during growth.

The versatile Clara™ 6 Well Cell Culture plate is suitable for use with eukaryotic and prokaryotic cells. Perfect for mammalian cell lines, yeasts and E. coli cultures it provides the ideal solution for mid volume cell preparations for a variety of downstream applications including protein expression, plasmid propagation and transfection.

The unique round well design creates the optimal gentle media swirling motion during cell culture to prevent shear stress and cell damage during incubation, perfect for delicate cell lines such as Chinese Hamster Ovary (CHO) and hybridomas. Designed for scale up during biologics development, the 50 mL internal volume of the Clara™ 6 Well Cell Culture plate is suitable for culturing up to 30 mL of cell suspension per well, making it ideal for working with challenging molecules such as bispecifics and multi specifics with low expression levels.

The carefully engineered well geometry ensures that during incubation the rotating mechanism of incubators creates the optimal liquid movement motion within the wells for homogenous cell suspension. Facilitation of efficient oxygen transfer throughout the culture ensures healthy cells and high yield of product, providing predictable and reliable cell growth and protein or plasmid production.

Tailored for efficiency and ease of handling the Clara™ 6 Well Cell Culture plate is perfect for high throughput processing. Fully compatible with automation the unique dual grip point design of the Clara™ 6 Well Cell Culture plate makes it the most versatile plate available, suitable for use with the widest variety of robotic handling systems. The plates conform to the ANSI/SLAS standard footprint and are available with barcoding for automated sample tracking and traceability.

Recent news from Porvair Sciences