SMPS Poster Now Available

The Scanning Mobility Particle Sizer (SMPS) by TSI® stands as the gold standard when it comes to counting and sizing nanoparticles in the gas phase, ranging from just a few nanometers to 1 µm in size. The measurement technology is built on the principles of ISO 15900:2009, ensuring unparalleled precision and reliability in nanoparticle analysis.

One of the standout features of the SMPS is its ability to provide results that are independent of the refractive index of the aerosol. This means you can trust the data it generates, even when dealing with a wide range of aerosol types. Expect a high degree of absolute size accuracy and measurement repeatability, setting a new standard in nanoparticle analysis.

How it Works: Behind the Scenes of SMPS Spectrometer

The TSI SMPS is a marvel of engineering, comprising three essential components:

1. Electrostatic Classifier: This component employs a bipolar neutralizer to apply a standard equilibrium charge distribution to the aerosol. This step is crucial for preparing the aerosol for subsequent analysis.

2. Differential Mobility Analyzer (DMA): The heart of the SMPS, the DMA, excels at sorting particles based on their electrical mobility. This technology ensures you get precise and selective sizing for your nanoparticles.

3. Condensation Particle Counter (CPC): The CPC takes center stage in counting the sorted particles. It quantifies the particles in each size fraction classified by the DMA, delivering a comprehensive particle number concentration.

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Why Choose an SMPS from TSI®?

The SMPS from TSI® empowers scientists, researchers, and engineers to excel in diverse fields, making it the go-to choice for nanoparticle analysis and research.

• Cutting-edge nanoparticle analysis technology.
• Unmatched absolute size accuracy and repeatability.
• Calibration-free operation, saving you time and resources.
• Comprehensive, three-component spectrometer for precise analysis.

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