epMotion® 96
The Eppendorf epMotion 96 is a semi-automated electronic pipette for fast & precise parallel 96 channel microplate processing. It is an easy to use bench top system for high precision pipetting in 96 & 384 well plates. Without changes to the system, a large volume range of 0.5 µL to 300 µL is available for convenient use over a range of applications. Its ergonomic design and intuitive handling makes the epMotion 96 a g…
Receive your quote directly from the manufacturer.
The Eppendorf epMotion 96 is a semi-automated electronic pipette for fast & precise parallel 96 channel microplate processing.
It is an easy to use bench top system for high precision pipetting in 96 & 384 well plates. Without changes to the system, a large volume range of 0.5 µL to 300 µL is available for convenient use over a range of applications. Its ergonomic design and intuitive handling makes the epMotion 96 a great tool for anyone in the lab who needs fast and precise liquid handling in 96 format.
Features:
- 0.5 to 300 μL with one system
- Electronic pipetting with synchronous 96 channel piston movement for better precision and reproducibility or results
- Auto-detect function for tip size
- Use 50 μL & 300 μL reload tips for best accuracy
- Intuitive & industry proven software concept & convenient touch screen control
- Intelligent, preset applications: aspiration, dilution, multi dispense, pipette & mix
- Individual speed setting, set parameters you are comfortable with and that match the liquid class
- Easy & rapid tip load- & reloading
- Compact design to fit under the laminar flow hood
- Reduced risk of repetitive stress injury (RSI)
Applications:
- Replication and reformatting of microplates
- Cell seeding & media change
- Reagent & compound addition
- 384 wells by 4 times 96 well pipetting
- Cell-based assays
- ELISA handling (plate coating & wash)
- Biochemical assays
Multiplexed delivery of biomolecules for next-gen cell engineering
Advancing cell engineering for drug discovery demands precise, high-efficiency delivery across diverse cell types. Multiplexed intracellular delivery remains a key challenge, especially in high-throughput workflows.
Discover how the Portal Galaxy system integrates with automated liquid handling to streamline mechanoporation, and how it enables reliable co-delivery of CRISPR RNP, mRNA, and more, enhancing screening and intracellular protein detection.
