In cross plant technical collaboration, engineers also need to carry lightweight equipment to conduct on-site assessments of the clean room environment of their partners. Traditional fixed monitoring systems are difficult to meet the short-term, multi-point, and mobile monitoring needs due to their fixed installation locations and cumbersome debugging processes. In this context, portable monitoring equipment for clean room environments, with its lightweight design, rapid response capability, and multi scenario adaptability, has become a key tool to fill the gap in fixed monitoring and improve the mobility of clean room management, especially playing an irreplaceable role in emergency detection, temporary sampling, mobile inspection and other scenarios.
Partial hardware equipment
OSEN-T4010 High Flow Desktop Laser Dust Particle Counter (28.3L)
The OSEN-4010T high flow 28.3L/min desktop laser dust particle counter is the latest generation product independently developed by our team. This product abandons the commonly used LCD dot matrix screen on the market and takes the lead in adopting a 7-inch IPS intelligent touch screen, combined with human-computer interaction UI, making operation more efficient and greatly improving user experience. At present, this instrument has been widely used in clean scenarios such as pharmaceutical factories, electronics factories, hospital operating rooms, aerospace, precision machining, and the food industry, and has become a commonly used instrument for cleanliness testing in clean workshops.
OSEN-T4011 0.1um portable laser particle counter (28.3L)
The OSEN-T4011 portable laser dust particle counter is a new generation product independently developed by our company. The counter is based on the principle of light scattering and uses photoelectric sensing technology to detect the particle size and count the number of dust particles. Compared to regular high flow particle counters, this instrument detects particles with smaller diameters and can detect particles as small as 0.1um. It is suitable for Class 10 and Class 1 ultra clean environments; Suitable for ultra clean scenarios such as electronics, semiconductors, LCD panels, micro nano processing, aerospace, precision processing, new materials, research institutes, etc.