96/384 -chanel pipetors

CyBi®-SELMA

Precise and semi-automatic pipettor with 96 pipetting channels for easy and fast filling of 96- and 384-well microplates without the use of a computer. Applications like replication and reformatting, medium exchange as well as serial dilution can be executed reproducible and convenient.

CyBi®-Well

Provides precise pipetting in 96, 384 and 1536 well formats. Available with a variety of stackers and accessories to customize a flexible and reliable pipetting system for liquid handling applications.

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CyBi®-Well vario

Combines the high performance and flexible pipetting platform of the CyBi®-Well with a series of exchangeable heads. Heads are available in 96 and 384 tip configurations for a variety of volume ranges and different pipetting methods. Head exchanges are completed easily in just minutes without recalibration.

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CyBi®-WellFlex

A compact workstation which combines 3 different liquid handling tools to provide higher flexibility in your applications. Multichannel (96) simultaneous pipetting heads for fast and reliable microplate replication or reformatting are joined with a combined pipetting head with 8 and 1 channels for serial dilutions and single well or tube to plate tasks. Set up of new methods needs no teaching of the workstation. Complete automation of Assays from start to finish is possible, from low to high throughput applications.

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CyBi®-WellFlex vario

A compact and variable workstation which combines 3 different liquid handling tools to provide higher flexibility in your applications. 9 multichannel (96 and 384) simultaneous pipetting heads for fast and reliable microplate replication or reformatting are joined with a combined pipetting head with 8 and 1 channels for serial dilutions and single well or tube to plate tasks. Set up of new methods needs no teaching of the workstation. This workstation is able to perform an outstanding broad spectrum of applications in biological and pharmaceutical research, assay development, ADME/Tox and drug screening in a low to high throughput range.

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