Member since: 2022
Outstanding results and performance
Application Area: new drug discovery & development
"This product revolutionizes the field. Ability to separate and identify candidates of molecules on the scale of seconds is unprecedented and is about to change the face of science in the upcoming months. Best experience with a conceptually new product ever!"
Member since: 2021
Organization: Indian Academy Degree College - Autonomous
Excellent & easy one with clear results!
Application Area:Biomarker identification and characterization for biotherapeutics
"The product is performed effectively and user-friendly also. At different levels of performance efficiency, we can track on our computer is an easy one. They are giving top-notch excellent customer service operation. It is really value for money because this product is easier to operate and less susceptible to misuse but they also require little maintenance and have internal troubleshooting systems to aid in problem identification."
MOBILion Systems is disrupting the separations game, enhancing the way we characterize biotherapeutics and identify biomarkers. Leveraging a 13-meter ion mobility path length to provide deeper level characterization without compromising time, our best-in-class SLIM-based High-Resolution Ion Mobility Mass Spectrometry (HRIM-MS) platforms separate and identify molecules that current platforms fail to detect with faster analysis and simpler workflows.
MOBIE separates and identifies molecules other instruments fail to detect with unprecedented resolution.
Sample analysis takes place in minutes not hours. Run 1,000 samples/week vs. 1,000 samples/year. Get information sooner to make decisions faster.
Reduce reliance on liquid chromatography with digitized separations and easily transferrable methods. Reduce human errors and costs while increasing instrument uptime.
Run routine characterization assays for biologics in minutes on a single instrument:
Unravel the subtleties of targeted glycomics and lipidomics with unparalleled resolution :