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Cambustion DMS500 front panel with sample block

Particle counting & sizing


Cambustion instrumentation for particle counting & sizing


Condensation Particle Counter

Cambustion's 5210 Condensation Particle Counter (CPC) uses standard measurement principles to detect aerosol particles and measure their number concentration in real-time with a fast time response.

The 5210 offers accurate particle counting between 5 nanometers and up to 10 microns, supporting an enhanced range of applications both in industry and research.

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Fast engine particulate analyser

Updated to support development for possible Euro 7 standards, while offering supporting insights through measurement of particle size distribution to understand combustion processes, the DMS500 has long established itself as the particle instrument of choice for engine research, development and calibration.

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Third Generation Fast Aerosol Sizer

The third generation of the industry leading DMS500 has been re-engineered for 2024 with a modular design to support a wider range of applications and budgets.

The DMS500 offers users real-time size distributions between 5 nm and 2,500 nm at 10 Hz, using the principle of electrical aerosol spectrometry.

The DMS500's ease of use and traceable data, combined with optional flexible integrated dilution system (with the sensitivity for ambient measurements, while supporting sampling of high concentration sources such as combustion burners) have seen hundreds sold worldwide since the first generation in 2002.

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Characterisation of particle agglomerates

The Mass & Mobility Aerosol Spectrometer (M2AS) is a novel technique which enables accurate and efficient characterisation of non-spherical aerosol properties.

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Measurement of aerosol electrical mobility

The Mobility Separator Electrometer (MSE) allows an aerosol stream to be split in two, without loss of particles, while measuring the electrical mobility. Combined with other instruments the MSE enables accurate and time efficient measurements of properties of aerosol such as morphology, which are otherwise difficult with non-spherical aerosols.

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