RamanStation™ 400 Dispersive Raman Spectrometer

Product number: L1320000

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Unit size: 1/EA

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The PerkinElmer® RamanStation™ 400 is the ultimate research-grade bench-top Raman spectrometer offering unparalleled versatility and performance. It's ideally suited for high throughput screening, reaction monitoring or routine analysis. With the push of a button, an operator can obtain high quality information regarding the identification, composition and molecular structure of samples in a single acquisition.

Revolutionary in terms of its performance, ruggedness and flexibility, the RamanStation offers users the most versatile sampling interface, coupled with powerful software, giving users instant access to high performance Raman spectroscopy.

The 400F version of the instrument comes with fiber optic probe capability.

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PerkinElmer recognizes the importance of proper training to ensure that our customers benefit fully from the capabilities of our instruments.Our Training Academy offers many training options; such as web based training, classroom or customized courses, to help you get the most out of your time in the lab.

Topics range from theory to techniques relating to specific methodology, optimization, and familiarization with instrumentation and related software. Courses are offered at various locations throughout the Americas, as well as Seer Green, England and Turku, Finland.

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FAQ

Can Raman spectra be obtained from solids, liquids and gases?

Raman spectra can be obtained from most molecular samples, i.e. solids, liquids, gels, slurries, powders, films, etc. Raman spectra can even be obtained from some metals! It is possible to obtain Raman spectra of gases. However, since the concentration of

Can I do Raman spectroscopy on mixtures?

Yes, a Raman spectrum is a spectral “fingerprint”. If there are a number of different compounds in a mixture, the resulting Raman spectrum will be a superposition of the spectra of each of the components. The relative intensities of the peaks can be used

Is Raman qualitative or quantitative?

Raman is both qualitative and quantitative. As previously mentioned, Raman spectra are unique molecular “fingerprints”. Spectral library searching can be conducted to allow qualitative analysis. Quantitative analysis of a mixture is typically performed by

Will a pure chemical overload the detector?

No, Raman detectors, or Charge Coupled Device detectors (CCDs), have a wide dynamic range and users can select the appropriate exposure time for their sample.

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With more than 1,300 service engineers, PerkinElmer provides service and support for instruments worldwide. In addition, our OneSource multivendor service engineers offer instrument repair, maintenance and regulatory compliance services for instruments from virtually any manufacturer.

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