The AquaMax system washes the wells of microplate-based biological assays, an integral component of life science research
MDS Analytical Technologies will be showcasing its AquaMax microplate washer technology during Analytica 2008, at the New Munich Trade Fair Centre in Munich, Germany, 1-4 April 2008.
The modular design of this new washer platform allows researchers to configure the system for their current microplate format and applications, and provides an affordable upgrade path when assay requirements change.
The system's 96- and 384-well wash heads are interchangeable to extend the capabilities of the system on a single instrument platform.
Primary applications for this instrument include Elisa, immunoassays, and cytotoxicity assays, and many cell-based assays used in high-throughput screening during the drug discovery process.
The system washes all wells in the microplate simultaneously, resulting in very fast microplate processing unlike conventional washers that sequentially fill wells by strip or quadrant dispensing.
On-board, touch-screen programming gives researchers a high degree of control over microplate processing parameters resulting in fast and efficient plate washing.
The system's highly efficient washing capability minimises background interference and maximises assay sensitivity.
A comprehensive cleaning routine prevents clogged dispense head and probes, the primary cause of microplate washer failure.
Unlike competitive instruments, AquaMax is completely self-contained and does not require external pumps or computers.
"The AquaMax washer series represents the latest advancements in liquid handling products.
"With the ability to use both 96- and 384-well wash heads on the base platform, customers can switch easily and quickly between formats, increasing their range of applications using one instrument," said Andy Boorn, president of MDS Analytical Technologies.
"With the system's increased reliability, speed and flexibility, we expect customers will see significant time and cost savings over conventional wash systems."
