The Bruker Ascend 600 MHz NMR Magnet is a high-field superconducting NMR magnet designed for nuclear magnetic resonance spectroscopy applications. The unit shown in the image is clearly labeled Bruker Ascend 600, identifying it as a 600 MHz-class NMR magnet.

The Ascend 600 belongs to Bruker's Ascend family of superconducting NMR magnets. A 600 MHz NMR magnet corresponds to approximately 14.1 Tesla proton frequency operation. Bruker documentation identifies the Ascend 600 as a compact high-field magnet platform designed for integration with NMR spectrometer consoles, probes, shim systems, and associated NMR accessories.

This listing is for the NMR magnet assembly shown, not automatically a complete operational NMR spectrometer. An operational NMR system normally requires compatible console/electronics, probe, shim system, RF components, software, cryogenic infrastructure, and other accessories depending on configuration. Bruker documents Ascend magnets as components of integrated NMR systems.

Applications

The Bruker Ascend 600 MHz magnet can form the magnetic-field platform of high-resolution NMR systems used for chemical structure characterization, pharmaceutical research, biomolecular research, materials research, metabolomics, and other advanced NMR spectroscopy applications.

When combined with an appropriate Bruker NMR console, probe, shim system, RF electronics, and software, a 600 MHz NMR platform can support a wide range of liquid-state or solid-state NMR experiments depending on the installed configuration. Bruker lists Ascend 600 MHz systems among platforms used for advanced research workflows.

Main Features

• Bruker Ascend 600 NMR magnet
• 600 MHz NMR frequency class
• Approximately 14.1 Tesla magnetic field
• Superconducting NMR magnet technology
• Compact Ascend magnet architecture
• Designed for high-resolution NMR spectroscopy
• Compatible with suitable Bruker NMR system components
• Suitable for research and analytical laboratory applications
• High-field magnetic platform for NMR spectroscopy
• Professional laboratory NMR equipment

Technical Specifications

Bruker's published Ascend specifications list the 600 MHz Ascend magnet at approximately 850 kg, with a minimum ceiling height of approximately 2.85 m and a 5-gauss radial distance of less than approximately 0.7 m.

Benefits of Refurbished Laboratory Equipment

Refurbished high-value laboratory equipment can provide laboratories and research institutions with access to advanced analytical platforms at a lower acquisition cost than purchasing new systems. A Bruker Ascend 600 magnet can be particularly useful as part of an existing NMR infrastructure where compatible electronics, probes, cryogenic equipment, and support systems are already available.

For superconducting NMR magnets, professional inspection is particularly important. Magnet condition, helium status, cryogenic performance, vacuum integrity, magnetic field stability, quench history, bore condition, and compatibility with the intended NMR configuration should be evaluated by qualified NMR specialists before installation or operation.

Additional Information

This listing represents the Bruker Ascend 600 NMR magnet shown in the photograph. The photograph does not establish the presence or operational condition of an NMR console, probe, shim electronics, RF amplifiers, software, cryogenic accessories, or other complete-system components.

The magnet should not be represented as a fully operational NMR spectrometer unless the associated system components have been separately inspected and verified. Installation, transportation, cryogenic handling, magnetic-field safety, and commissioning require appropriately qualified NMR personnel.

• Bruker NMR Magnets
• Bruker Ascend Magnet Brochure
• Bruker NMR Applications
• Bruker Corporation

Refurbished Condition

This is a refurbished Bruker Ascend 600 MHz NMR magnet. The magnet should be professionally inspected and evaluated for cryogenic condition, vacuum integrity, magnetic field performance, helium status, and compatibility before commissioning. Associated NMR consoles, probes, electronics, software and cryogenic accessories may vary depending on availability.