epMotion 5075 – High-performance automation for liquid handling
The Eppendorf epMotion 5075 is designed to meet the growing need for automation in research and analysis laboratories. With 15 SLAS/ANSI work positions, it offers plenty of space for integrating various types of consumables, adapters and specialised modules. The system ensures high pipetting accuracy over a range from 0.2 to 1,000 µL, with the option of switching automatically from one tool to another without manual intervention. The integration of options such as a gripper arm, one to three thermal modules, an Eppendorf ThermoMixer or a vacuum station allows complex protocols to be carried out without interruption, while maintaining consistent quality from start to finish.
Precision, reproducibility and ergonomics
The epMotion 5075 uses Eppendorf's air-cushion pipetting technology, combined with optical sensors that check the configuration of the work table, detect liquids and automatically identify tips. This combination guarantees reliable and reproducible results while minimising the risk of cross-contamination. The system is controlled by the MultiCon PC controller with intuitive epBlue software, based on a drag-and-drop principle, which makes it easy to create, modify and simulate methods. Integrated LED lighting and real-time status display make it easy to monitor operations, even from a distance. Ergonomics are enhanced by a closed, secure design that is suitable for use in controlled environments.
Versatility and wide range of applications
The flexibility of the epMotion 5075 allows it to be adapted to a wide range of applications, from preparing libraries for next-generation sequencing (NGS) to configuring PCR/qPCR reactions, magnetic bead or filter-based nucleic acid purification, immunoassays and cell assays. The CleanCap option, with UV lamp and air filtration system, ensures a clean working environment that meets the requirements of sensitive analyses. The wide range of compatible accessories and consumables further expands its capabilities, facilitating rapid adaptation to new protocols.
This system is therefore a strategic tool for improving productivity, reducing human error and standardising methods in modern laboratories.