Intro
Benchtop NMR systems are increasingly expected to deliver the performance of high-field instruments. As signal dispersion decreases at lower field strengths, advanced techniques become essential for maintaining spectral clarity. This webinar explores how the Bruker Fourier 80 meets these challenges with robust, high-performance NMR capabilities in a compact format.
Webinar Overview
In this webinar, we demonstrate how any compatible high-field NMR experiment - whether from the default TopSpin library or user-created - can be easily run on the Bruker Fourier 80. We’ll explore pure shift NMR techniques such as SHARPER (Sensitive, Homogeneous And Resolved PEaks in Real time), which removes both homonuclear and heteronuclear couplings to improve sensitivity and resolution.
The Fourier 80 benchtop NMR spectrometer brings powerful pulse sequences such as NOAH (NMR by Ordered Acquisition and ¹H-Detection) and DREAMTIME (Designed Refocused Excitation And optional Mixing for Targets In vivo and Mixture Elucidation), helping researchers achieve clearer spectra and faster acquisition times to compact labs without compromising their performance.
These techniques are especially valuable at 80 MHz, where signals show lower dispersion and broader multiplets. The session highlights the Fourier 80’s robustness and adaptability across diverse experimental settings, including multinuclear applications.
Tuesday, 15 July 2025
5 PM CEST
What to Expect
Learn how advanced NMR techniques like NOAH, DREAMTIME, and SHARPER enhance spectral clarity on the Fourier 80. See how high-field methodologies translate seamlessly to this benchtop system, and explore its performance in real-world applications, including the Multi-Talent multinuclear platform.
Key Learning Points
- Run any compatible high-field experiment on the Fourier 80, including custom sequences
- Explore Pure Shift techniques like SHARPER for clearer, more sensitive spectra
- Understand the benefits of advanced NMR at 80 MHz in diverse experimental settings
- Integrate NOAH to enable fast and efficient multi-2D data acquisition
- Highlight powerful solutions for deconvoluting mixtures and identifying unknowns with confidence, using DREAMTIME and Bruker’s Advanced Chemical Profiler
Who Should Attend
This webinar is ideal for NMR users, researchers, and lab professionals interested in applying high-field techniques on a benchtop system. It’s especially relevant for those working in environments where space, flexibility, and performance are all critical.
Speaker
Ferrer, Maria-Jose
Application Scientist, FT-NMR Benchtop, Bruker BioSpin
Dr. Maria-Jose Ferrer received her PhD in Chemistry from the University of Florida in 2023 focusing on NMR hyperpolarization techniques with parahydrogen. She then held a postdoctoral position at the University of California, Santa Barbara. In 2024, Maria-Jose joined America’s application team at Bruker as an NMR Application Scientist specializing in Benchtop NMR.
Dr. Justinas Sakas
Application Scientist, FT-NMR Benchtop, Bruker BioSpin
Dr. Justinas Sakas earned his PhD in Chemistry from the University of Edinburgh in 2024, having worked on NMR and MS method development for the analysis of complex mixtures. He joined Bruker in Ettlingen, Germany later that year as a Benchtop NMR Application Scientist and works on advancing the methods and capabilities of the Fourier 80.