Fast Engine Exhaust Gas Analyzers
Widely adopted for engine calibration, after-treatment development and basic research, Cambustion's fast gas analyzers use standard detection techniques and patented sampling systems to deliver millisecond T10-90% time response.
 The HFR500 for HC measurement.
The CLD500 for NO measurement, with optional NOx converter.
The NDIR500 for simultaneous CO and CO2 measurement.
Spark Plug Resistance Monitor
 The Cambustion SPR100 allows continuous monitoring of spark plug insulation integrity for fouling studies and calibration applications.
Fast Atmospheric Gas Analyzers
The HFR400 is a fast HC analyzer for atmospheric applications such as gas dispersion of HC tracer or for wind tunnel research.
Diesel Particulate Filter Testing System
The Cambustion DPG is a complete Diesel Particulate Filter testing system.
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 Particulate & Aerosol Measurement
The Cambustion DMS series instruments offer the fastest time response available for real-time measurement of the particulate size spectrum from 5nm to 2500nm. DMSs are widely used for gasoline and diesel engine development, aerosol science and ambient aerosol monitoring.
The DMS500 MkII offers the widest particle size range (5nm to 2500nm) and the fastest time response (T10-90% 200ms).
 The DMS50 is ideally suited to mobile measurements, with a size range of 5nm to 560nm, integrated sample pump and autoswitching mains AC or 12V DC operation.
The Dual Sampling Accessory for the DMS500 or DMS50 allows users to automatically switch between two sample locations for particulate measurement.
Centrifugal Particle Mass Analyzer
 The Centrifugal Particle Mass Analyzer (CPMA) is the latest addition to the Cambustion aerosol science range. The CPMA allows direct classification of ultrafine particles according to mass, while its high transmission efficiency makes it attractive for a range of aerosol science applications.
SCS Smoking Machine
The SCS accessory for the DMS500 offers real time measurement of particle size distribution in a tobacco aerosol, with the ability to reproduce continuously varying flow profiles.
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