Advances in Cryogenic NMR Probes for Modern Labs

SuperCOOL MARVEL is the newest addition to JEOL’s cryogenic probe lineup — a fourth‑generation, liquid‑nitrogen‑cooled design that brings together years of innovation in cryogenic technology.

With outstanding sensitivity across multiple nuclei and balanced high- and low-band performance, it bridges the gap between routine and advanced NMR, offering powerful capability in a practical, cost‑efficient package. Join us to explore what makes cryogenic probes so effective, and how SuperCOOL MARVEL sets a new benchmark in performance and usability. We’ll showcase real‑world data and application examples that demonstrate the probe’s versatility, speed, and sensitivity — and how it can transform everyday NMR workflows.

Key Learning Objectives:

  • Learn the principles and benefits of cryogenic probes
  • Learn about SuperCOOL MARVEL’s outstanding price-performance ratio
  • Learn how the balanced performance of SuperCOOL MARVEL makes it an ideal probe for many applications, and can avoid the need for multiple probes

Who Should Attend:

  • Laboratory managers
  • Analytical Chemists
  • Synthetic chemists
  • NMR facility managers

Meet the Speakers

After obtaining his degree from Elon University, Ron joined Burroughs Wellcome Pharmaceuticals, where he worked with Nobel Prize winner Gertrude Elion. He left the pharmaceutical industry for NMR work as R&D Manager with Nalorac Corp and Varian NMR in Applications. Since then, he has been with JEOL USA, continuing to pursue NMR in a very in-depth manner.

Paul Bowyer earned his Ph.D. in small-molecule NMR technique development under Prof. Gareth Morris at the University of Manchester, UK. Over his career, Paul has held Applications Scientist roles at Varian, Agilent, Magritek, and now JEOL. 

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