Advanced Chemical Testing of Boca Raton, FL at MEDICA 2019 in Düsseldorf -- COMPAMED Trade Fair
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Advanced Chemical Testing

101-B, Glades Road, 33432 Boca Raton, FL
USA

This company is co-exhibitor of
Enterprise Florida Inc.

Hall map

MEDICA 2019 hall map (Hall 16): stand B02

Fairground map

MEDICA 2019 fairground map: Hall 16

Our range of products

Product categories

  • 05  Commodities and Consumer Goods
  • 05.17  Other commodities and consumer goods

Our products

Product category: Other commodities and consumer goods

Nitrous Oxide Vapor Monitor (N-10)

General
ACS Vapor Monitor can be worn as a badge near the breathing zone to measure personal exposure, or placed in a room to measure area concentration.

Workplace Exposure Monitoring
Measurement of personal exposure is very easy. Clip the monitoring badge near the breathing zone of the worker. Record the start time and the stop time of the test on the pouch of the badge and return it to the laboratory for analysis in the mailer provided. The analysis report will show the average concentration of the worker’s personal exposure level.

According to OSHA regulations, each person who uses a toxic gas as a regular part of their job must have their exposure monitored periodically.

Indoor Air Monitoring
Place or hang the badge in your home for 24 hours. Record the start and stop times and send the badge back to the laboratory for analysis in the mailer provided. The analysis report explains if the concentration level of your home is exceeding the exposure limit.

Principle of Operation
Air diffuses through a micro-porous membrane and collects vapor on special prepared adsorbents inside the monitoring badge.

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Product category: Other commodities and consumer goods

Hydrogen Peroxide Vapor Monitor (HP-10)

General
ACS Vapor Monitor can be worn as a badge near the breathing zone to measure personal exposure, or placed in a room to measure area concentration.

Workplace Exposure Monitoring
Measurement of personal exposure is very easy. Clip the monitoring badge near the breathing zone of the worker. Record the start time and the stop time of the test on the pouch of the badge and return it to the laboratory for analysis in the mailer provided. The analysis report will show the average concentration of the worker’s personal exposure level.

According to OSHA regulations, each person who uses a toxic gas as a regular part of their job must have their exposure monitored periodically.

Indoor Air Monitoring
Place or hang the badge in your home for 24 hours. Record the start and stop times and send the badge back to the laboratory for analysis in the mailer provided. The analysis report explains if the concentration level of your home is exceeding the exposure limit.

Principle of Operation
Air diffuses through a micro-porous membrane and collects vapor on special prepared adsorbents inside the monitoring badge.

More Less

Product category: Other commodities and consumer goods

Halogenated Anesthetic Vapor Monitor (H-10-3)

General
ACS Vapor Monitor can be worn as a badge near the breathing zone to measure personal exposure, or placed in a room to measure area concentration.

Workplace Exposure Monitoring
Measurement of personal exposure is very easy. Clip the monitoring badge near the breathing zone of the worker. Record the start time and the stop time of the test on the pouch of the badge and return it to the laboratory for analysis in the mailer provided. The analysis report will show the average concentration of the worker’s personal exposure level.

According to OSHA regulations, each person who uses a toxic gas as a regular part of their job must have their exposure monitored periodically.

Indoor Air Monitoring
Place or hang the badge in your home for 24 hours. Record the start and stop times and send the badge back to the laboratory for analysis in the mailer provided. The analysis report explains if the concentration level of your home is exceeding the exposure limit.

Principle of Operation
Air diffuses through a micro-porous membrane and collects vapor on special prepared adsorbents inside the monitoring badge.

More Less

About us

Company details

Advanced Chemical Sensors (ACS) was founded in 1976 by Laurence D. Locker, (Ph.D., MIT) to develop better methods to measure employee exposure to toxic vapors that U.S. occupational safety laws regulate. The goal was improved occupational health so that employees didn’t develop health conditions in the short term or long term because of the exposure.

Before, a mechanical pump was used to collect air samples, so the air could be evaluated. Unfortunately, the pump was very taxing to operate, and this left a lot of room for user error.

Fortunately, a passive monitoring technique was developed that ended the need for the pump. This technique involved using a solid adsorbent with a porous membrane between it and the air. The adsorbent acts like a pump without all the moving parts. Not only does this make the process of monitoring the air easier, it is less expensive.

In 1982, Dr. Locker received a U.S. patent for this technique. A Japanese patent followed in 2001.

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