Our main products are state of the art scientific instruments. Most of these instruments are designed to measure gases or aerosol particles in real time and with great sensitivity. We also produce a variety of technical software products.
Additional Products Overview:
Astigmatic Multipass Absorption Cells
A new lightweight (1.25 kg) 36 meter (0.3 liter volume) Astigmatic Multipass Absorption Cell, the AMAC-36LW uses the same high-efficiency multipass optical design as our AMAC-36, but with less than half the mass. A similar lightweight cell is also available with 76 meter path length, 0.5 liter volume, the AMAC-76LW.
Check out our new Field Enclosure:
Field Enclosure Brochure
Aerosol Dryer System– Provides a simple solution to dry gas or aerosol samples at flow rates up to 10 LPM.
Sample Line Flow Controller– A light weight and low power pump with active flow control for pulling gas or aerosol to instrumentation.
Honeycomb Activated Carbon Gas Denuders with Optional Gas-Tight Holder– Remove organic gases while transmitting particles.
Filter Inlet for Gas and Aerosols (FIGAERO) – Custom inlet for the Aerodyne ToF-CIMS enabling simultaneous real-time chemical analysis of trace gases and aerosols.
The Aerodyne ToF-CIMS combines chemical ionization with high-resolution time-of-flight mass spectrometry for sensitive, real-time identification and quantification of gas-phase compounds in sampled air.
The new Vocus-PTR instrument delivers ultra-low limits of detection with the highest available PTR-MS mass resolving power in a field-proven API-TOF platform.
A real-time Cloud Optical Depth sensor that expands upon the Cloud Mode AERONET algorithm with spectral agility and high temporal resolution while also utilizing the equivalent width of the oxygen A-band to resolve the thick/thin cloud ambiguity.
Learn about our commercial technical software offerings. Aerodyne Research has created powerful software tools for analyzing large complex data sets using the High Dimensional Model Representation. We also develop and maintain codes for predicting EO/IR signatures from the ultraviolet to the infrared.