Compact airpointer performs redundant data logging of 2 different ambient air gases of your choice
PARTNER: mlu-recordum
Performs redundant data logging of 4 different ambient air gases of your choice (NO, NO2, NOx, SO2, O3, CO). PM2.5 and PM10 available on request
PARTNER: mlu-recordum
Performs redundant data logging of 4 different ambient air gases of your choice (NO, NO2, NOx, SO2, O3, CO). PM2.5 and PM10 available on request
PARTNER: mlu-recordum
APMA-380 for your needs in air quality monitoring.
PARTNER: Horiba
APCA-370 is a device for continuous CO2 monitoring in ambient air.
PARTNER: Horiba
APNA-380 for your needs in air quality monitoring.
PARTNER: Horiba
APNA-370/CU-2 Ambient Ammonia Monitor measures increased nitrogen oxide (NOx) raected through oxide catalyst treatment
PARTNER: Horiba
The APOA-380 is an analyzer for measuring ozone in ambient air and other background gases.
PARTNER: Horiba
The APSA-380 is an analyzer for measuring sulfur dioxide in ambient air and other background gases.
PARTNER: Horiba
APSA-370 High Sensitivity Model is a gas analyzer for measurement of sulfur dioxide (SO2) at extremely low parts per billion level concentration
PARTNER: Horiba
APSA-370/CU-1 Ambient H2S monitor measures SO2 converted H2S through oxidation catalyst based on Ultra Violet Fluorescence.
PARTNER: Horiba
![APSA-370 [High Sensitivity Model]](https://www.biowell.sk/wp-content/uploads/2026/01/csm_APSA-370_Ambient_Sulfur_Dioxide_Monitor_Products_image_B_ae64801df1.png.webp)
APSA-370 with CU-1 High Sensitivity Model is gas analyzer for measurement of hydrogen sulfide (H2S) concentration at extremely low parts per billion level of concentration.
PARTNER: Horiba
The APHA-380 is an analyzer for measuring hydrocarbon in ambient air and other background gases
PARTNER: Horiba
APHA-370 measuring device is a continuously operating analyzer for determining Total hydrocarbons (THC), CH4 and non-CH4 in the ambient air.
PARTNER: Horiba
The APCA-370 is a device for continuous CO2 monitoring in ambient air. It uses cross modulation type non-dispersive infrared (NDIR) absorption method.
PARTNER: Horiba
The PX-375 analyzer employs aic sampling, continuous on-line PM quantitative and qualitative analysis for rapid air pollution measurements.
PARTNER: Horiba
The APDA-371 aically measures and records airborne particulate concentration levels (in milligrams or micrograms per cubic meter), using the industry-proven principle of beta ray attenuation.
PARTNER: Horiba
The APDA-372 dust monitor is specifically designed for indoor and outdoor air quality measurements and provide continuous and simultaneous measurements
PARTNER: Horiba
HORIBA Europe‘s APMC-370 is designed to calibrate gas analyzers manually, remotely controlled or aically. It is installed in air pollution monitoring stations for quality assurance in the laboratory and also in the production of gas analyzers.
PARTNER: Horiba
The multi point calibration units ASGU-370 series is designed for simultaneous (parallel) or step by step (serial) checking of gas analyzers. It is primarily installed in laboratories.
PARTNER: Horiba
HORIBA Europe’s Zero Gas Generator ZNV-7 has been developed to check the zero point and dilute the span gas sources in order to carry out the calibration of ambient air monitoring systems.
PARTNER: Horiba
The calibration unit OZGU-370SE is designed for the dynamic and continual manufacture of zero and span gas to perform all ongoing quality control procedures according EN 14625.
PARTNER: Horiba
The Dekati® High Resolution ELPI®+ (Electrical Low Pressure Impactor, HR-ELPI®+) is an improved version of the widely used ELPI®+ instrument. Since 2024, the HR-ELPI®+ is offered as the standard ELPI®+ version.
PARTNER: Dekati
The High Temperature HR-ELPI®+ allows direct measurement of up to 180 °C high temperature aerosol samples without the need to cool the sample, which makes the HT-HR-ELPI®+ a one of a kind tool to characterize high temperature aerosols.
PARTNER: Dekati
The DLPI+ (Dekati® Low Pressure Impactor) is a 14-stage cascade impactor that is used to determine airborne particle mass size distribution.
PARTNER: Dekati
The HT-DLPI+ (High Temperature Dekati® Low Pressure Impactor) is a 14-stage cascade impactor that is used to determine airborne particle mass size distribution.
PARTNER: Dekati
The Dekati® PM10 Impactor is a three-stage cascade impactor for determining particle gravimetric mass size distribution.
PARTNER: Dekati
The Dekati® Gravimetric Impactor (DGI) is a high sample flow rate cascade impactor for low concentration particle measurement applications.
PARTNER: Dekati
Dekati® Oxidation Flow Reactor, DOFR™, is a unique, all-in-one solution combining sample conditioning and an oxidation flow reactor for secondary aerosol (SA) formation studies.
PARTNER: Dekati