The right Liquid Handling technology for Analytical Chromatography

Analytical chromatography has specific requirements when it comes to liquid handling. While in Life Science, handling aqueous samples with standard air displacement pipettes is generally straightforward, in Analytical Chromatography (GC, GC-MS, LC, LC-MS), the rules change entirely. When working with volatile organic solvents such as acetonitrile, methanol, or hexane, the traditional air cushion technology used in air displacement pipettes faces physical limitations that can compromise data quality.

This is where choosing the right liquid handling technology becomes essential for achieving reliable, accurate, and reproducible analytical results.

THE HIDDEN PITFALLS OF AIR DISPLACEMENT

Standard air-cushion pipetting introduces critical risks in chromatographic workflows:

THE SMART SOLUTION: POSITIVE DISPLACEMENT

Analytical precision requires replacing the compressible air cushion with a direct mechanical piston. This approach solves critical analytical challenges through three core advantages:

Furthermore, by removing air-cushion dependence, positive displacement delivers key operational benefits:

THE TAKEAWAY

Protect your analytical data by eliminating air-cushion variability. Upgrading to positive displacement technology ensures total volume confidence, cleaner spectra, and reproducible results across all sample matrices. 

→ Request the White Paper
“Why Chromatography Demands Positive Displacement Liquid Handling” to learn more.