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Pine stocks a wide range of ambient air monitors from leading manufactures such as Tisch, Met One and BGI.  Ambient air monitors are ideal for analyzing pesticide particles, vapors and other air contaminants.  All of our air samplers meet all EPA specifications and include a seven day time.  For your convenience, calibration kits are also available.

To find out more, please click on a product from the list.  At Pine, we specialize in delivering total equipment solutions and providing technical advice on what to rent, and how to use it; the availability of our rental fleet is second to none, and all our equipment is always tested and delivered ready to use.


Met One E-Bam Mass Monitor
Met One E-Bam Mass Monitor

The Met One E-Bam is a portable, real-time beta gauge which is comparable to U.S. EPA methods for PM 2.5 and PM 10 particulate measurements. The Met One E-Bam has been built to satisfy users, regulators and those from the health community by providing truly accurate, precise, real time measurement of the particulate matter automatically. In addition, it is rugged, portable, battery operated, and deployable in 15 minutes.

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MIE DATARAM 4000
MIE DATARAM 4000

The DataRAM 4 (Model DR-4000) continuously monitors the real-time concentration and median particle size of airborne dust, smoke, mist, and fumes. In addition, air temperature and humidity are displayed. With appropriate particle discriminators it provides measurements correlated with PM10, PM2.5 and respirable fractions. Its patented two-wavelength particle detection system provides the volume median particle diameter of the sampled aerosol, over a concentration range of up to 400 mg/m3. Unlike typical particle counting devices, the DR-4000 is totally immune to particle coincidence errors, even at the highest concentrations. Volume median particle sizes down to 0.05 micron can be measured by this unique spectral nephelometric technique. This patented technique provides a continuous measurement of PM 2.5, independent of particle size and moisture- without heating, diffusion drying, or denuding the sample stream.

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