How benchtop NMR spectrometers can help your workflow

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When the first commercial spectrometers were introduced in the 1950s, they became critical tools for research chemists. It is because they came with new features that made work easier and more accurate compared to the tools that had been in use for decades. At that time, chemists needed analytical techniques that would effectively elucidate the molecular structure. Therefore, the fact that these new tools could provide information on the type of components in a molecule, their connectivity, and the quantity was great news for scientists. Over the years, there have been several modifications that make them even better. Here is how you can use the benchtop NMR to improve your workflow.


They provide fast quantitative data


One of the reasons NMR benchmark spectrometers are popular is their fast nature. They utilize the linear technique because they are coherently quantitative. Therefore, you can expect them to show all the molar ratios of elements in a solution without having to go through procedures that are too long. In addition to that, you will like the fact that these tools are designed to use smaller quantities of solutions to provide precise results.


You can use them even when the high-field NMR spectrometer is busy


Sometimes, there will be no time left on your high-field NMR spectrometer. It could be because you are trying to analyze too many components, or the process requires a longer run-time. In such a situation, you will have to wait in the queue until there is free time to carry out the new analysis. However, with these machines, you do not have to worry about such a situation. It is because the cleanliness of a reagent and the status of a reaction even when the high-field NMR spectrometer is busy.


You will not have to spend a fortune of analytical costs


Are you spending too much money to outsource analytical services? Your business will be less profitable if you always have to outsource such services just because you do not have the equipment. When it comes to your workflow, you have to make sure that the costs are kept at the minimum. For instance, making samples and prescreening them is not something that you should always outsource. Considering that this technology does not require any extra maintenance costs, you are sure that once you have your tools in place, you will not have to worry about the analytical expenses anymore.


They are portable and easy to use - tabletop NMR


Looking at benchtop NMR spectrometers, one can easily see that they are smaller than the other tools that are used for similar purposes. Because of this, you can carry them to several workplaces. They are the kinds of tools that you only need to place on top of your bench, and you will be good to go. Sometimes, you will be required to work away from your usual workplace, and therefore, you'll want to make sure that you can carry all your tools with you for more efficient work. In addition to that, you will notice that their size makes them easy to handle, and therefore, you can accomplish more tasks using a portable NMR, and increase your workflow.


It is a more hands-on solution


If you have been looking for a way to introduce a more hands-on experience to your employees, the benchtop NMR spectrometer is what you should be looking for. It is one of the tools that can be used by anyone, including new employees. Even when they are fresh from college or they are undertaking their internship, you can be sure that they will find the machines more useful. By ensuring that they have devices that do not require too much work to produce accurate results, you'll be creating the right environment for them to enjoy their work, and therefore, they'll play a significant role in enhancing your workflow.


As you can see, benchtop NMR spectrometers can play a significant role in enhancing your workflow. Whether you are a researcher handling a large project or just carrying out small studies, you can always rely on these tools. In addition to that, they are always being improved by adding new features so that they can be even more useful to research chemists.