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Liquid Classes

The accurate transfer of liquids depends on their specific properties and other physical parameters. For example, the volume of liquids is affected by the temperature and the ambient pressure, and organic solvents frequently tend to evaporate due to their often high vapor pressure. Density, viscosity and the surface tension of liquids and solutions are additional characteristics which strongly influence the precision and accuracy of liquid handling. The capillary action of a liquid will be significantly determined by its surface tension. The dimensions, shape and material of tips, needles and wells affect formation of drops, meniscus and bubbles.

Liquids which are used in life science research include pure water, media, buffer solutions, DMSO, other organic solvents, protein and nucleic acid solutions, and many other liquids. All must be transferred with high accuracy and precision for satisfactory automation of applications.

The CyBio parallel pipettors CyBi-Well & CyBi-Well vario, CyBi-WellFlex & CyBi-WellFlex vario, CyBi-DiluSpro, CyBi-RoboSpense and the dispenser CyBi-Drop are available in many versions with various consumables such as CyBi-Tips and CyBi-Trays as well as accessories in order to allow for the most appropriate and optimal hardware array for each customer-specific application.
The flexible software of CyBio- Composer enables the best adaption to the specific properties of the liquid which are to be transferred.

Application and Technical Notes

Photometric and Gravimetric Liquid Handling Check Procedure to determine the Random Error (Precision) and the Systematic Error (Accuracy) of Automated Liquid Handling Systems (ALHS) Precision of the CyBi-SELMA 96, 250 μl - Example Data for low volumes, different pipetting modes and liquids CyBi-SELMA Basic Information with ARTEL MVS data Measuring the Precision and Accuracy of the CyBi-Well vario 384/25 μl Head using the ARTEL Multichannel Verification System (MVS) Precision of the CyBi-Well vario 96/60 l Head, Example Data of Different Liquids, Pipetting Modes and Disposable Tips with Fluorescence Readout Performance and reliability testing of a new capillary based non-contact liquid handling system Stability of the Precision of Different CyBi-Well vario Heads after Multiple Tip Washing Routines Precision of the CyBi-Well vario 384/60 L Head, Example Data of Different Liquids, Pipetting Modes and Disposable Tips with Fluorescence Readout Precision of the CyBi-Well vario 96/25 l Head, Example Data of Different Luiquids, Pipetting Modes and Disposable Tips with Fluorescence Readout Precision of the CyBi-Well vario 96/250 μl Head, Example Data of Different Liquids, Pipetting Modes and Disposable Tips with Fluorescence Readout Precision of the CyBi-Well vario Nanoliter Head 384/2.5 μl, Example Data of Different Liquids with Fluorescence Readout Precision of the CyBi®-Well vario 384/25 µl Head Turbo-Mixing in Microplates Performance Data demonstrating the Efficiency of the Tip Wash Station of the CyBi®-Well Family Precision of the 8-channel pipettor CyBi®-DiluSpro
Example Data of Precise Liquid Handling Using Different Volumes, Pipetting Modes and Disposable Tips How to Perform High Throughput siRNA Transfections Start-up Routine and Tip Washing Efficiency Data of the Active Deep Well Tip Wash Station 384
 
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