Bruker Corporation coming announced nan motorboat of nan VERTEX NEO Ultra, its astir precocious and versatile benchtop vacuum Fourier-Transform Infrared (FT-IR) spectrometer. Building connected nan VERTEX NEO platform, NEO Ultra combines precocious spectral capacity pinch afloat automation to present faster, much reliable results successful world and business research.
VERTEX NEO Ultra pinch Vacuum ATR unit. Image Credit: Bruker Corporation
The NEO Ultra helps scientists execute accurate, reproducible results successful challenging investigation areas specified arsenic catalysis, abstraction technology, and photonics. True vacuum eliminates CO2 and H2O interference, while automated switching betwixt sources, detectors, and beam splitters maximizes uptime and flexibility. MultiTect™ exertion supports up to six detectors, adapting instantly to different experiments. The UltraScan™ interferometer delivers precise measurements pinch 0.04 cm-1 solution crossed a wide spectral range, and time-resolved spectroscopy captures ultrafast dynamics. The integrated Vacuum Platinum ATR streamlines sample handling for businesslike ATR measurements successful ambient laboratory air.
Stefan Heißler, Head of Molecular Spectroscopy Lab, Institute of Functional Interfaces astatine nan Karlsruhe Institute of Technology (KIT), commented: “I’m impressed by nan caller FT-IR system. The MultiTect portion marks a awesome measurement guardant successful automating multispectral experiments. The signal-to-noise ratio, moreover pinch a DTGS detector successful a basal transmission setup, is noticeably improved. I admit nan sleek yet robust design, and nan clear merchandise philosophy: INVENIO for purge, and VERTEX for vacuum measurements. It’s awesome to spot each trusted VERTEX features preserved.”
With our NEO Ultra flagship, Bruker delivers caller and enhanced capabilities that empower researchers astir nan globe to push nan boundaries of precocious FT-IR investigation and applications. It reflects our committedness to invention and to supporting nan technological organization pinch devices that accelerate discovery,”
Dr. Andreas Kamlowski, President, Bruker Optics Division
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