MOBIE

Tackle the most challenging molecules with confidence. The MOBIE^® platform rapidly separates and identifies molecules that other instruments fail to detect. And with the highest resolution across the widest mass range, it enables baseline separation of isomeric and isobaric species.

Perform analysis in minutes, not hours. Run 1,000 samples a week versus 1,000 samples a year. The trade-off of resolution for speed that has become status quo for liquid chromatography–based methods is a thing of the past.

Get the same data, time after time. The MOBIE^® instrument achieves gas phase separation of ionized molecules based on the physical parameters of the analytes themselves, where size, charge, shape, and structure all come into play simultaneously. Its digital separations can be mapped to units of collision cross section (CCS), which standardizes its settings and provides separation axis reproducibility better than 0.25%.

Save precious operator time by running analysis of multiple classes of analytes without component changes. Where analysis of multiple sample types is a mainstay, the same instrument can be used across the board.

Save time and reduce human error. MOBIE EyeOn™ software enables simpler, faster method development using data from the real-time display. Compatible with Protein Metrics’ BYOS^®, it also provides straightforward visualization of 4D data.

Extend the life and improve the performance of your mass spectrometer. The MOBIE^® instrument fully integrates with the Agilent 6545, 6545XT, and 6546 Q-TOF Mass Spectrometer Series to add an inline orthogonal HRIM separation to existing workflows.

Bring separations to the bench. Despite serving up the highest resolution with its 13-meter-single-pass ion mobility separation path, the MOBIE instrument is smaller than other ion mobility systems measuring just 22” x 24” x 28” inches (56 cm x 61 cm x 71 cm) (H x W x D).

MOBILion’s High-Resolution Ion Mobility Mass Spectrometry platform MOBIE enables separation of the most challenging molecules with unprecedented resolution. View our Patents.