Products & ReviewSpectroscopy

Fourier 300 HD

Bruker BioSpinAvailable: Worldwide

Entry level, two-channel NMR system for proton and carbon operation.

Bruker BioSpin

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Reviews

Average Rating 4.5

|4Scientists have reviewed this product

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Solid instrument.

 

Average Rating 4.0

Application Area:

NMR spectroscopy

Solid instrument with comitted usefulness, giving good results.

Review Date: 6 Mar 2020 | Bruker BioSpin

The 300 GHz NMR is applicable when determining unknown samples.

 

Average Rating 4.7

Application Area:

Research analysis

The 300 GHz NMR instrument is easy to understand, and gives good results when analyzing unknown samples.

Review Date: 26 Mar 2019 | Bruker BioSpin

Average Rating 4.3

Sometimes topspin is a little off.

Review Date: 3 May 2011 | Bruker BioSpin

Average Rating 5.0

very user-friendly

Review Date: 18 Apr 2011 | Bruker BioSpin

The Fourier 300HD is a proton carbon only high resolution NMR spectrometer with all the features critical for routine NMR for the organic chemist bundled into a convenient package.

The instrument includes:

  • Dual 1H and 13C Probe with Z-Gradient and automatic tuning and matching „„
  • Selective excitation capability „„
  • 1D, 2D and multi-dimensional NMR „„
  • Industry standard Topspin 3.5 with IconNMR „„
  • Full computer control of all shims with TopShim™


Application NoteForensics

Complete Analysis of New Psychoactive Substances Using NMR

This application note demonstrates the suitability of nuclear magnetic resonance (NMR) for the unequivocal structural identification of illegal drugs and legal highs. The article demonstrates how DOSY experiments can be used along with computer-aided structure elucidation of the various compounds that make up synthetic drugs such as China White. It also shows how the structural information obtained can be used to streamline the identification and quantification of compounds present in recreational drug substances through the use of library search and matching tools.


Application NoteSpectroscopy

Identification and Quantification of Plant Extracts Using Automated Nuclear Magnetic Resonance

Valued for the perceived benefit derived from their natural compounds, botanical extracts are key ingredients in nutraceuticals and personal care products. This application note demonstrates the procedure and the ability to automate the NMR analysis of goldenseal extract for use in botanical identity, evaluating identity and quantity of components and for quality control. Most previous researchers have used LC-UV methods to quantify berberine, canadine and hydrastine in goldenseal and lack highly compound specific information. NMR provides an information rich, fully automated, rapid assessment tool that enhances assurances of product composition.







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