Eppendorf Reference 2 Adjustable Volume Pipettes

The Eppendorf Reference 2 Adjustable Volume Pipettes are the successor to the popular Reference pipette and enhances the pipettes already high standards with a new look, reduced weight and operating forces and multi-channel versions. As the premium product in Eppendorf’s pipette portfolio, the Reference 2 provides the most accurate results possible alongside robust, reliable handling and optimum user safety. These levels of security make the Reference 2 ideal for use with precious liquids, or in any application requiring extremely high levels of accuracy. When there can be no compromise on quality and reproducibility, Eppendorf’s new Reference 2 is an ideal instrument.

The Reference 2 pipette includes a unique one button operating system, which features lower operating forces for aspiration/dispensing/tip ejection to limit strain on the user. Users can move more quickly by not having to move the thumb from side to side to eject tips. Aerosol contamination is considerably reduced due to the ability to eject a tip immediately following dispensing.

The multi-channel option allows for higher throughput, with spring loaded tip cones to increase reproducibility among users in the lab (can be turned off with the flip of a switch).

Volume lock prevents accidental changes and with an always visible 4-digit display, increased security is provided for the most stringent lab environments.

Key Features

• The unique one-button operation offers fast and ergonomic handling with reduced operating effort and active aerosol reduction
• To avoid accidental tip ejections a clear haptic feedback is felt after the blowout step
• The spring-loaded tip cone improves user to user reproducibility and ergonomics by lowering tip attachment and ejection force
• 4-digit volume display with magnifying window to allow for easier volume identification
• An embedded RFID chip contains all relevant data regarding the pipette and offers with Eppendorf TrackIT simple identification and documentation of each pipette in the lab