The new Blaustein Atomization Module (BLAM) series atomizers offer very attractive features for the chemical research and aerobiology industries. BLAM relies on a new patent-pending design that allows single-channel and recycling configurations to produce aerosols more efficiently than other devices.
The new Blaustein Atomization Module (BLAM) series atomizers offer attractive features for the chemical research and aerobiology industries. BLAM relies on a new patent-pending design that allows single-channel and recycling configurations to produce aerosols more efficiently than other devices.
All BLAM units are designed modular and easily compatible with various exposure systems. By performing the tasks of multiple atomizers, BLAM takes modularity to a new level of product performance, thereby increasing its versatility. This innovative approach will allow researchers to produce quasi-monodisperse aerosols with very high particle concentrations.
A very small sample can be fed to the nozzle with interchangeable plates, which produces a small amount of aerosol more precisely. Alternative plates can also be used to transport larger calibrated particles. BLAM combines adjustable impact distance and surface type (hard or soft) for an adjustable particle size distribution. Since the nozzle can be used for concentrations or particle sizes, With the help of the controller, BLAM simulates the conditions and particles produced during breathing exhalation and coughing/sneezing. BLAM is placed inside or outside the can to simulate aerosols produced during smooth exhalations or more intense coughs and sneezes to simulate both conditions.