NanoLC Accessories Products & Reviews

The EXP® Hand Tight Nano Fittings System offers hand-tight and hex head adjustable nut and ferrule compression fittings for extreme pressure connections between 1/32” stainless steel tubing and 6-40 ports.Ideal for nano-scale UHPLC and UHPLC/MS, this nut and ferrule compression fitting is rated to 20,000+ psi (1400+ bar). The patent-pending EXP® 1/32” Titanium Hybrid Ferrule combines the sealing capability of PEEK and robust n…

The EXP® Nano Fittings System offers hand-tight and hex head adjustable nut and ferrule compression fittings for extreme pressure connections between 1/32” stainless steel tubing and 6-40 ports.Ideal for nano-scale UHPLC and UHPLC/MS, this nut and ferrule compression fitting is rated to 20,000+ psi (1400+ bar). The patent-pending EXP® 1/32” Titanium Hybrid Ferrule combines the sealing capability of PEEK and robust nature of ti…

To interface the µPAC™ column with the Easy-spray source, a customized EASY-Spray™ Emitter was developed, which is now distributed by PharmaFluidics. To ensure straightforward and plug and spray connectivity, this emitter line has been provided with a low volume stainless steel connecting union that fits directly onto the µPAC™ column fittings.

Because the column is meanly made out of silicon which is semi-conductive, a dramatic impact on the chromatographic behavior of our µPAC™ columns has been observed if no appropriate precautions are taken in case the column is connected to an ESI source of a mass spectrometer. Therefore we developed a custom made grounding cable to shunt the high voltage to ground.

Our µPAC™ columns are provided with 1/32” fittings to be compatible with any third party LC system. To connect the column into a 1/16” valve an additional capillary containing 1/16” pre-assembled fittings is provided.

Eksigent’s new cHiPLC-nanoflex, in combination with the nanoLC-Ultra system, delivers superior sensitivity, column-to-column reproducibility, and exceptional ease of operation.The cHiPLC-nanoflex system is a “docking station” for up to three microfluidic chips. The system’s flexible design and built-in 10-port nano valve allow for easy switching between different types of experiments such as direct injection and trap-loading.…