NCC Product Lineup

NCC's airflow visualization device, the "Airflow Checker," vividly "visualizes" the invisible flow of air, providing strong support for dust and foreign matter countermeasures. This device features a lightweight and compact design, making it easy to carry anywhere on-site. Since it uses pure water as a tracer, there is no concern about contaminating the clean environment. The fine mist generated by ultrasonic vibrations clearly captures even the subtle movements of airflow in a clean space, enabling high-precision airflow analysis. It demonstrates its power in a wide range of applications, including identifying the inflow paths of dust and debris that can lead to defects, turbulence around painting booths, differential pressure in various rooms, backflow of contaminated air, airflow verification in specific areas such as processing and packaging processes, as well as visualizing rising airflow from heat sources like power boxes and control panels, and understanding entrainment airflow in local clean booths.

"Is the invisible airflow disturbance in the clean room causing product defects? I want to visualize airflow easily on-site without contaminating the clean environment." NCC's "Portable Airflow Visualization Device AVIS" addresses these challenges and strongly promotes measures against dust and foreign substances. AVIS is compact and has a built-in battery, making it easy to carry anywhere. It is equipped with a HEPA filter that can be used in an operating clean room, so there is no worry about contaminating the clean area during measurements. It uses pure water as a tracer and generates a stable monodisperse particle mist simultaneously when switched on. This allows for precise capture of even subtle changes in airflow, achieving high-precision airflow analysis. It effectively identifies the causes leading to defects, checks turbulence near painting booths, verifies differential pressure in various rooms, confirms backflow of contaminated air, validates airflow in specific areas that are sensitive to foreign substance contamination during processing and packaging, checks for upward airflow from heat sources like power boxes and control panels, and verifies entrainment airflow in local clean booths, among various other applications. It resolves the "why?" on-site and supports the maintenance of an optimal clean environment.