Emtek, LLC products

The P100 Microbial Air Sampler offers two CPU controlled sampling rates, 28.3 LPM (1 CFM), and 100 LPM, to allow for continuous monitoring of critical processes, or to take quick cubic meter “grab samples”. The sampled air volume is HEPA filtered prior to being exhausted at the unit, or remotely through optional attachments.

The Versatile 100 (V100), an addition to the EMTEK line in 2010, offers a high level of versatility in microbial air sampling capabilities.

EMTEK’s unique High Pressure Diffuser (HPD) for sampling of compressed Air/Gas Systems for Microbial Contaminants with our P100, or V100/RCG Microbial Air Samplers and/or Total Particulates via Laser Particle Counter. The new HPD is Electropolished 316SS & allows for HEPA filtration of the exhausted volume. The unit can be autoclaved, or chemically sanitized for Microbial Testing of critical systems. The filtered exhaust also greatly reduces the output decibel level of the HPD. The HPD can be configured for testing at 28.3-50, or 75-100 LPM sample rates.

EMTEK is happy to offer a High Pressure Diffuser to assist in the testing of compressed air/gas systems for total air particulates. This diffuser can be used in conjunction with almost any Laser Particle Counter (LPC) on the market with a 1 CFM, or 28.3, 50, 75, or 100 LPM Flow Rates for testing of particles down to 0.3 microns. With the three piece construction of electro-polished 316SS, the unit itself generates virtually no particulate matter. It is ideal for accurate particulate monitoring of your Compressed Air and Gas Systems.

The R2S Microbial Air Sampler incorporates industry standard Slit-to-Agar methodology with comparable microbial recovery/sensitivity, offering a highly accurate analysis of air quality. The R2S is designed for monitoring clean rooms, LAF Hoods and Isolators, but can be employed for monitoring in virtually any critical environment. It is designed to allow for sanitization of all surfaces exposed to the environment while its streamlined design affords minimal disruptive effects on Laminar Airflow in critical environments.