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Comprehensive Raman Analysis and Understanding

in situ raman probes

In-Situ Raman Probes

Probe- and flow-based sampling technologies enable scientists to study liquid and solid phase chemistry in batch or continuous flow applications. Designed for purpose sampling options enable use over a wide range of temperatures, pressures, and chemistries.

OneClick Raman spectrometer Analytics

One Click Analytics™

Designed specifically for time-resolved reaction analysis, iC Raman™ software combines a peak picking algorithm with functional group intelligence to drastically reduce analysis time. Lees meer

Raman spectrometer instrument support

Reaction Analysis Experts

As a company METTLER TOLEDO has over 30 years of experience dedicated to advancing reaction analysis. This is our focus and our passion. We built this expertise into our fit-for-purpose Raman spectrometers.

What is a Raman probe?

raman probe definition

Raman probe is the device used in Raman spectroscopy to connect the spectrometer to the sample. There are three common probe types that provide flexibility in the sample interface. These are for immersion, non-contact, and flow. The most common configuration is the immersion probe designed to be inserted into a reactor containing the reaction sample. If the chemistry is corrosive or needs to be sealed, it is often preferable to use a non-contact Raman probe positioned outside of a site window looking into the reactor. For flow applications, the flow cell can be coupled in-line to make continuous measurements.   

How do you use a Raman probe?

how to use a raman probe

Simply connect the Raman probe SmartConnector to the spectrometer base unit. Then considering the type of sample to be measured, connect the sample interface end of the probe — an immersion probe into a reactor, a flow cell into a bypass loop or flow path, and a non-contact Raman optic at a site glass or window to remotely observe the reaction. Once the connection is complete, use iC Raman software to optimize the data acquisition parameters and set up the experiment profile. 

What is Raman spectroscopy?

what is raman spectroscopy

what is raman spectroscopy
what is raman spectroscopy

Is Raman or FTIR better for my application?

Raman and FTIR spectrometers both provide molecular information about the structure and composition of chemical and biological samples. Due to the fundamental principles that govern each of these vibrational techniques, the spectra are different and as a result, it is considered that they provide complementary information. Frequently one technique will prove a better choice, depending on the nature of the application.

Learn more about Raman vs. FTIR spectroscopy.

Reaction Insight from Every Experiment

Reaction Insight from Every Experiment

HPLC is a valuable workhorse in your lab, but what really happens between samples?

Monitor chemische reacties in minder tijd

Monitor chemische reacties in minder tijd

Recent Advances in Organic Chemistry

Kristallisatieprocessen ontwikkelen

Kristallisatieprocessen ontwikkelen

Nieuwe technologieën voor het ontwikkelen van kristallisatieprocessen