Nuclear Magnetic Resonance (NMR) spectroscopy is a procedure sued to figure out what’s inside a sample. It can be used to check out the purity of the sample as well as what is going on inside on a molecular level. This gives those interested vital information regarding what lies in front of them. More importantly, the way other materials interact with it can be better predicted, and key unknown variables can be eliminated. All of this contributes to more reliable experiments, readings and test results. Here are some uses for NMR and why a tabletop NMR machine can be a solid choice.
Get to Know the Facts of a Substance
If you are working in a lab facility and you receive a material to be used in testing or an experiment, you need to know exactly what’s inside it. Reading the label, not surprisingly, is often an insufficient way to gather data about what’s inside. In the process of packaging, any number of things can happen that would render what’s inside the container different from what’s printed on the exterior or in a manifest. A tabletop NMR machine can be used to erase doubt.
If a mixture is supposed to contain a certain combination of compounds, for instance, a tabletop NMR can analyze it to check if this is the case. If something is missing, the company that provided it can be contacted and a replacement can be arranged. This helps prevent messy mix-ups, such as using the wrong mixture and getting invalid results. A tabletop NMR can also be used to help researchers and students alike observe phase changes on a molecular level. There are a ton of helpful applications for a desktop NMR.
Why Choose a Tabletop NMR
If you choose to get a portable NMR, it can be transferred from one lab to another with relative ease. Like when you use a benchtop spectrometer, you have the flexibility to take a tabletop NMR and use it in a variety of situations. It’s great for professors if they have to navigate between two different labs. It is also good for facility managers who may have enough in the budget to find an NMR for sale and pick it up, but not enough to have one for each lab at the institution. You get true flexibility with a tabletop NMR.