Airflow Checker

Using pure water, it does not contaminate the clean environment, and it enables airflow visualization in clean rooms.

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.

Airflow Checker

basic information

Features: - Portability: Lightweight and compact for easy transport. - Environmental Compatibility: Uses pure water in the tracer, preventing contamination of clean environments. - Mist Generation Method: Generates fine mist through ultrasonic vibration. Main Specifications: - Dimensions: 150(W) × 280(D) × 300(H) mm - Materials: Interior: Aluminum and stainless steel, Exterior: PVC - Weight: Approximately 3.2 kg - Airflow Rate: 0 to 40 L/min - Mist Generation Rate: 0.3 L/h - Bottle Capacity: 250 ml - Continuous Operation Time: 50 minutes - Ambient Temperature: 5 to 35℃ - Water Temperature: 20 to 35℃ - Power Supply: AC100V 50/60Hz - Power Consumption: 50W.

Price range

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Delivery Time

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Model number/Brand name

NCC Corporation

Applications/Examples of results

Uses: - Identification of inflow paths of sources such as garbage and dust that lead to defects - Visualization of turbulence near the painting booth - Visualization of differential pressure in each room - Visualization of backflow of contaminated air - Verification of airflow in specific areas that are sensitive to foreign matter contamination, such as processing and packaging processes - Visualization of rising airflow from heat sources like power boxes and control panels - Visualization of entrainment airflow in local clean booths