Fourier 80 FT-NMR by Bruker BioSpin

Manufacturer Bruker BioSpin
5.0
/
5.0
  |  1 reviews
Bruker's Benchtop NMR


Fourier 80 FT-NMR by Bruker BioSpin product image
Fourier 80 FT-NMR
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Average Rating: 5.0
1 Scientist has reviewed this product

5 out of 5
Ease of use
5 out of 5
After sales service
5 out of 5
Value for money


  • Status:

    Reviewer
  • Member since: 2020

  • Organization: Khwaja Fareed-UEIT



  • Ease of use
    5 out of 5
    After sales service
    5 out of 5
    Value for money
    5 out of 5
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Great results.
Rating: 5.0

  • Application Area: Analysis of metabolites

"High quality and reproducible results. Data obtained is very good and is used in different exploratory analyses. I always feel confident using Bruker equipment."

Review date: 19 Mar 2020 | Fourier 80 FT-NMR

Easy To Install

The Fourier, an 80 MHz high-performance nuclear magnetic resonance (NMR) benchtop spectrometer designed for the routine laboratory. With a cryogen-free magnet design, the Fourier makes NMR accessible in the lab where users and operators work. It can be installed in the fume hood or on the bench without the need for new infrastructure, providing easy maintenance and minimal cost of ownership. The performance of the benchtop, combined with the intuitive software, means any lab can now incorporate the definitive analytical answers only NMR can provide.

Easy to Use

The Fourier features GoScan™, a newly developed modern interface which guides users through pre-defined, dedicated workflows. Novice NMR users can use pre-defined data acquisition choices in the GoScan software, or customize them, while experienced users can use Bruker's industry standard TopSpin™ software for more detailed acquisition parameters.

Easy To Do More

The Fourier has been designed for highest data quality and stability at 80 MHz, with excellent lineshape, resolution and sensitivity in 80 MHz homonuclear 1H or heteronuclear 1H/13C FT-NMR experiments. It runs Bruker's TopSpin™ software, giving users access to the extensive TopSpin library of 1D and 2D homonuclear and proton-carbon heteronuclear experiments and pulse programs.