Nuclear Magnetic Resonance (NMR) spectroscopy is a chemical analysis method used in chemistry and is a unique technique for identifying the structure of materials and chemical groups. The Pulsar is a high-performance, high-precision benchtop NMR spectrometer that utilizes a 60 MHz permanent magnet for proton resonance and does not require liquid nitrogen, liquid helium, or other compressed gases. Running on standard wall outlet electricity, this instrument has no special safety or health requirements. This means the NMR spectrometer can be used right in your lab alongside other experiments, eliminating the need to send samples to external facilities that house this equipment. Although using high-field systems may still be required occasionally, the Pulsar's excellent performance can immediately address a vast majority of your needs exactly where you need it.
Pulsar uses standard five-millimeter Nuclear Magnetic Resonance (NMR) spectrometer tubes and an advanced, efficient automatic "shimming" method. Besides H and F spectra, Pulsar offers the ability to measure C spectra with high accuracy and sensitivity down to concentrations less than 0.5 molar in under two hours. With high-concentration, pure samples, desired results can even be achieved in under an hour. There is also a wide range of measurements, such as DEPT, COSY, and TOCSY, in addition to two-dimensional C-H analyses. All Pulsar NMR spectrometers utilize Oxford's SpinFlow interface software, which allows for quick and simple operation for running experiments and collecting spectra, and is equipped with the powerful Mnova software for data processing.
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