Turbospec Elemental Analysis.
Rapid. Simple. Accurate.
Chemical analysis using magnetic resonance technology
Turbospec’s proprietary Magnetic Resonance technology determines the concentration of atoms in multiple industrial applications – from parts per million to limit of saturation.
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Innovation and Simplicity
Analyze and quality control your brines, broths, sauces, saline solutions, and many other samples. Just pipette into a standard 5 mm tube and measure in seconds.
Accurate and Easy to Use
The plug and play Turbospec e400 provides a simple and highly intuitive user interface to determine the concentration of a selected element.
Exceptional Client Service
We provide remarkable technical support for clients with labs and operations looking for rapid, reliable results. Want evidence? Check out our testimonials.
Experience You Can Trust
Turbospec’s technical team provide a remarkable level of expertise in Magnetic Resonance technology, science, and product development.
“Turbospec represented for us a differential leap in quality and speed, substantially improving not only decision-making, but also allowing us to save costs and optimize our operation(…) Additionally, technical support has been exceptional, showing a constant desire to add value to client projects.”
“Since 2015 we have used these inputs in Eramine South America. They really stand out for their speed, precision and a methodology that does not impact the environment, since they do not use chemicals for brine analysis.”
“For field or plant tasks where we require a value of Lithium and making a decision for production, it solved the problem. Knowing the concentration of the analytical in 1 minute gives us surprising advantages in the operation.”
Secure shipment.
Compact and portable.
Small sample.
Easy installation with plug.
Results in seconds.
Simple user interface.
Single Touch Operation.
What elements are analyzed by the Turbospec e400?
There is a long list of NMR-active elements that may be measured by the Turbospec e400. Turbospec has created a list of high-precision elements of interest, principally driven by demand in mining and food applications. Here are the most commonly offered elements: Sodium Lithium Boron Phosphorous Proton Fluorine Chlorine.
How are the samples prepared?
Filtration is necessary only to remove solid particles. Liquid samples are measured as-is. Solid samples can be analyzed, but only after the element of interest is in a solution. For example, to measure the sodium concentration in potato chips, the sample is crushed, water is added and the measurement is done in the liquid portion of the sample.
How does the measurement work?
The Turbospec e400 measures the number of atoms per unit of volume in a solution by measuring the amplitude of Nuclear Magnetic Resonance signals. As the instrument uses radio waves to inspect the sample, the measurement is not affected by the transparency or cleanliness of the solution – in contrast to optical techniques such as IR.
