Chromatography
Ultrafast Separations at Ultrahigh Resolution
Feb 02 2009
Shimadzu introduced its new prominence UFLC-XR, an HPLC system for ultrafast analysis, at Analytica 2008. As productivity is a key criterion in today’s laboratory environment, high sample throughput and fast separations are crucial requirements of modern HPLC systems. The new prominence UFLC-XR was developed to provide ultrafast separations while simultaneously maintaining ultrahigh resolution. The new system also enables fast analyses involving highly viscous solvent mixtures such as water/methanol. The new prominence UFLC-XR, consequently, offers a wide application range for fast and high-resolution analyses.
A special feature of the prominence UFLC-XR is its performance, even at system pressures of up to 660 bar. In particular values for reproducibility, low sample carryover, and injection precision of very low sample volumes are superior. An additional distinctive feature is that existing prominence systems can be easily and quickly upgraded to the high-pressure prominence UFLC-XR version. For this purpose, Shimadzu offers conversion kits enabling users to upgrade a conventional Shimadzu HPLC system into a 660 bar version. Shimadzu also offers a new generation of HPLC columns. The Shim-pack XR-ODSII columns, packed with 2.2 μm particles, have been developed especially for applications at high system pressures of up to 660 bar. These columns enable ultrafast separations at high resolution. The columns are available in lengths of 75 mm, 100 mm and 150 mm with internal diameters of 2 mm and 3 mm respectively.
Digital Edition
ILM 49.5 July
July 2024
Chromatography Articles - Understanding PFAS: Analysis and Implications Mass Spectrometry & Spectroscopy Articles - MS detection of Alzheimer’s blood-based biomarkers LIMS - Essent...
View all digital editions
Events
Jul 30 2024 Jakarta, Indonesia
Jul 31 2024 Chengdu, China
ACS National Meeting - Fall 2024
Aug 18 2024 Denver, CO, USA
Aug 25 2024 Copenhagen, Denmark
Aug 28 2024 Phnom Penh, Cambodia