Automatic Oxygen Ventilation System

For experiments conducted in enclosed environments, a stable and safe oxygen supply system, along with an efficient air circulation mechanism, is key to ensuring the smooth progress of experiments. In response to this demand, designers have developed this automatic oxygen ventilation system, aimed at addressing potential oxygen deficiency issues in closed laboratories, while also eliminating various air pollutants generated during experiments to maintain laboratory cleanliness. The designers hope to provide researchers with a safer, healthier, and more efficient working environment.

This system is equipped with a high-efficiency oxygen supply module that continuously provides sufficient oxygen indoors, preventing various discomfort symptoms caused by oxygen deficiency. It also allows for precise adjustments to the oxygen supply based on actual needs, ensuring that the oxygen concentration remains at an appropriate level. Additionally, the device features dual independent boxes, responsible for indoor oxygen delivery and partial air extraction, enhancing air circulation efficiency and improving indoor comfort.

It integrates advanced air purification technologies capable of targeted treatment based on different types of pollutants. Combined with an intelligent control system, the device can monitor various parameters of the laboratory environment in real-time and automatically adjust its operating status to optimize air quality and energy use. Furthermore, the product places special emphasis on noise reduction in its design, aiming to create a quiet and comfortable working environment for users.