Description

This concentrator is engineered for high performance with a power consumption of 880 watts and a noise level not exceeding 60dB(A), ensuring quiet operation ideal for both patient care and academic use. It is equipped with an advanced LCD display that provides real-time data on switch times, operating pressure, present working time, accumulated working time, and preset time intervals ranging from 10 minutes to 48 hours. This ensures precise monitoring and makes it an excellent teaching tool for understanding oxygen delivery systems. Integrated alarms for power failure, high or low pressure, temperature fluctuation, and low oxygen purity enhance safety by providing timely alerts to prevent system malfunctions or interruptions in therapy. The built-in nebulizer expands its functionality by enabling simultaneous medication delivery along with oxygen therapy, making it highly versatile in both clinical practice and educational demonstrations.
Different models of this oxygen concentrator are available to meet varying requirements. The variation 1 offers a flow rate of 1 to 7 liters per minute, suitable for moderate oxygen demands. The variation 2 provides similar flow capacity with an oxygen purity range between 90% and 30%, an outlet pressure of 0.02–0.07Mpa, and a low power consumption of just 100 watts, making it energy efficient. This model also incorporates an anion function, releasing more than 4×10⁶ pcs/cm³ of negative ions to purify and freshen the surrounding air, thus enhancing comfort during use. Its low noise level of ≤45dB(A) makes it exceptionally quiet, ideal for sensitive environments like patient wards and classrooms. The variation 3 model delivers 1 to 6 liters per minute with a similar oxygen purity range and includes a nebulizer function while consuming 120 watts of power. Each unit features intelligent alarm systems that provide warnings for low purity, low pressure, power failure, and overheating, ensuring consistent and safe performance.
In academic and healthcare training, oxygen concentrators serve as crucial equipment for teaching respiratory therapy, emergency medicine, and patient monitoring. Their reliable performance, detailed digital controls, and safety features make them indispensable in demonstrating oxygen management and critical care. With multiple models to suit different operational needs, these oxygen concentrators provide a comprehensive solution for both clinical use and educational instruction, ensuring efficiency, safety, and accuracy in oxygen delivery.