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Spinsolve 90


The Spinsolve 90 Ultra is a high-resolution, cryogen-free benchtop NMR spectrometer with exceptional sensitivity, advanced 3D PFG gradients, and real-time reaction monitoring for precise analytical research.

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Features Of Spinsolve 90

  • Ultra-High Resolution for Precise NMR Analysis:

    • Linewidth at 50%: <0.2 Hz
    • Linewidth at 0.55%: <8 Hz
    • Linewidth at 0.11%: <16 Hz
    • Ensures exceptionally sharp spectral peaks for accurate and detailed molecular structure identification.
  • Industry-Leading Sensitivity:

    • >320:1 (Single channel) for 1% ethylbenzene, providing outstanding signal clarity.
    • >240:1 (Dual channel) for 1% ethylbenzene, ideal for multi-nuclei research applications.
  • Advanced 3D PFG Gradient Technology:

    • Optimized for gradient-enhanced NMR techniques, improving spectral quality and artifact suppression.
    • Optional PFG gradients for diffusion spectroscopy (>0.5 T/m) enable precise diffusion coefficient measurements.
  • Cryogen-Free, Cost-Effective Operation:

    • Eliminates the need for liquid helium or nitrogen, reducing maintenance and operational costs.
  • External Hardware Lock for Enhanced Stability:

    • Provides unmatched frequency stability without requiring deuterated solvents, simplifying sample preparation.
  • Real-Time Reaction Monitoring for Continuous Analysis:

    • Seamlessly integrates into experimental setups, allowing for on-line reaction tracking and optimization.
  • User-Friendly and Automation-Ready:

    • Easy to operate, with an intuitive interface suitable for all user levels.
    • Fully compatible with an automatic sample changer, enhancing high-throughput analysis.
  • Compact, Benchtop Design for Flexible Lab Integration:

    • Dimensions: 66 x 45 x 43 cm (25.9” x 17.7” x 16.9”)
    • Weight: 115 kg (253.5 lb), making it a powerful yet space-efficient NMR solution.
  • Precision-Validated Sensitivity Measurement:

    • Sensitivity determined in a single scan on a 1% ethylbenzene sample in deuterated chloroform.
    • Signal-to-noise ratio calculated using the methylene group signal, ensuring highly
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