Compliant and Comprehensive: Fengtu's Online Dust Particle Counter for Electronic Cleanrooms

Fengtu's Online Dust Particle Counter is designed and calibrated in accordance with the national standard GB/T6167-2007 and calibration specification JJF1190-2008. Key indicators such as measurement range, accuracy, and repeatability all strictly meet the standards, effectively ensuring the precision and reliability of monitoring data.

The system can simultaneously measure the number of dust particles in six particle size channels (0.3μm, 0.5μm, 1.0μm, 3.0μm, 5.0μm, and 10.0μm) with a single sampling, comprehensively covering various pollution particles that may appear in electronic production environments. Through the real-time dynamic display function, the number of particles in each size channel and their changing trends are intuitively presented, enabling relevant personnel to promptly detect fluctuations in environmental cleanliness. For example, in a semiconductor chip manufacturing workshop, when an abnormal increase in particles occurs, workers can respond quickly to investigate the pollution source and avoid impacts on chip production.

In the electronics industry, production equipment is highly sophisticated and extremely sensitive to environmental changes, making stable and accurate data monitoring crucial. The system also supports data storage, remote transmission, and historical data tracing. With standardized data interfaces, it can seamlessly connect with other environmental monitoring systems, helping enterprises build a complete environmental monitoring network.

In semiconductor factories, the entire process from wafer manufacturing to chip packaging has extremely high requirements for a clean environment. Fengtu's Online Dust Particle Counter monitors the concentration of dust particles in the workshop in real-time, ensuring that the production environment always meets standards and improving the yield rate of chips. For precision machinery processing workshops, when producing high-precision components such as micro-electro-mechanical systems (MEMS), the system can accurately control environmental cleanliness, prevent dust particles from damaging the components, and ensure product quality.