How Can I Boost Hands-On Learning In My Chemistry Classroom?

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Hands-on learning is crucial in undergraduate labs because it helps students learn in a more meaningful way. Rather than learning through textbooks only, undergraduate students are able to physically conduct their research and learn from experience.

Chemistry labs provide a great opportunity for students to learn by example. Yet, NMR spectrometers are often unavailable in undergraduate labs for students to use.

Why bring NMR spectrometers into the classroom?

The variety of techniques that go into each chemistry procedure is best learned from hands-on activity. That's why it's so important for chemistry undergrads to take the time to learn these skills in the classroom before heading off to their careers.

NMR spectroscopy is one of the most common techniques in inorganic and organic chemistry and it's used for a variety of applications. The NMR spectrometer is also perfect for students because they're able to study different samples of nuclei multiple times without harming the samples. 

Students are able to analyze and research these samples to gain more information about them the way they would in a professional lab.

Unfortunately, NMR spectrometers are often unavailable for students to use in the classroom. The limited accessibility of high-field NMR can have a major impact on a student's learning experience. 

How can I bring NMR spectrometers into the classroom?

Luckily, NMR spectrometers are available in benchtop and portable sizes so they can easily be used in classroom laboratories by graduate and undergraduate chemistry students alike.

The portable and benchtop NMR spectrometers provide an easy solution because they're compact, easy to use, and don't require weekly maintenance like their other models.

An NMR spectrometer can make a great asset to any undergraduate chemistry classroom. The hands-on learning students will be able to take away from it will go a lot further than the average textbook.

Where can I buy a portable NMR spectrometer?

The first commercial spectrometers were originally based on conventional electromagnets and permanent magnets. But it wasn't until the 1960s that the superconducting magnet had been adopted by chemists. Since then, the NMR spectrometer has come a long way and is now available in portable and benchtop versions.

If you're looking for a portable NMR for sale for your classroom or lab, Nanalysis is the place for you. For more information on our benchtop NMR spectrometers, portable NMR spectrometers, and NMR interpretation software, contact Nanalysis today.