#Canada #Calgary #Nanalysis #scientific innovation #NMR Spectrometer

Nanalysis Launches Next-Generation 60MHz NMR Spectrometer

Nanalysis Scientific Corp. has unveiled its cutting-edge 60 MHz Benchtop NMR spectrometer, marking a significant leap forward in portable NMR technology. The launch, which took place at the Pittcon Conference and Expo in Boston, Massachusetts during the first week of March 2025, showcases the company’s commitment to innovation in scientific equipment designed for industrial and research applications.

Historically, Pittcon is one of the largest instrumentation trade shows in the world, providing an ideal platform for Nanalysis to present its latest advancements. According to Sean Krakiwsky, CEO of Nanalysis, the new instrument is a result of continuous innovation on their magnetic resonance technology platform. It represents a major enhancement compared to the original 60 MHz model, aimed at meeting the diverse needs of various sectors including pharmaceuticals, food, chemicals, security, advanced materials, and mining.

The newly launched Nanalysis 60 is built on the same platform as the company’s 100 MHz product, designed specifically for customers who require 60 MHz field strength but demand enhanced functionalities. This spectrometer continues Nanalysis' mission to make the gold standard of NMR spectroscopy accessible in a compact benchtop form, eliminating the complexities associated with traditional NMR equipment, such as the need for superconducting magnets and liquid helium fills.

With its user-friendly interface and touch-screen software, the Nanalysis 60 is positioned to provide a straightforward experience for users, allowing them to perform sophisticated analyses without the need for expensive, cumbersome machines. This makes it an economically viable option for businesses looking to leverage high-quality analytical capabilities directly at the point of need.

Key Features of the Nanalysis 60 NMR Spectrometer

The newly developed Nanalysis 60 offers several enhanced features:

• - Increased Power and Sensitivity: Its advanced design allows for the accurate analysis and quantification of small compound samples.
• - Higher Accuracy and Enhanced Sensitivity: The spectrometer delivers improved resolution, enabling better quantification results when evaluating compounds.
• - Automation and Throughput: An autosampler and flow cell are available to accommodate higher testing throughput, making it more efficient for busy laboratories.
• - Comprehensive Software Functionality: Users can access a full suite of software capabilities, including Pulsed-Field Gradients for enhanced 2D NMR analysis and solvent suppression routines.

The pricing structure for this new spectrometer is strategically positioned between the legacy 60 MHz and the advanced 100 MHz versions, providing a flexible option for a variety of customers. This offering is immediately available for orders, reflecting Nanalysis’s ongoing endeavor to expand its innovative product range.

About Nanalysis Scientific Corp.

Nanalysis Scientific Corp., publicly traded under TSX Venture (NSCI) and OTCQX (NSCIF), operates primarily in two sectors—Scientific Equipment and Security Services. The company is recognized for its pioneering contributions to portable nuclear magnetic resonance (NMR) spectrometers. Their commitment to innovation has positioned Nanalysis prominently within industries such as oil and gas, chemical analysis, pharmaceuticals, and research institutions worldwide.

With its unique approach to bringing portable spectrometry to the market, Nanalysis continues to push the boundaries of what's possible in scientific equipment, delivering exceptional solutions while maintaining ease of use and cost-effectiveness. As part of its expansion strategy, Nanalysis aims to explore new markets both independently and through partnerships, ensuring a robust presence in various segments of the science and technology landscape.

The Nanalysis 60 is set to redefine how laboratories approach NMR spectroscopy, providing them with the tools they need to stay competitive and effective in a rapidly evolving scientific landscape.