Hospital grade

The Ultrasonic Nebuliser is designed to deliver medication efficiently to patients with respiratory conditions. Utilizing ultrasonic technology, this device transforms liquid medication into fine mist particles, which are easily inhaled into the lungs, facilitating effective treatment. Clinically used in hospitals, clinics, and at home, this hospital-grade nebuliser offers superior reliability and performance. It enhances medication absorption, particularly in cases such as asthma, COPD, and other pulmonary disorders. The quiet operation and compact design allow for comfort during use. This nebuliser is ideal for both adult and pediatric patients, ensuring that treatments are convenient for all ages. Furthermore, it is lightweight and portable, making it easy to transport for those requiring therapy on-the-go. Key Features: • Ultrasonic technology for efficient aerosol delivery. • Suited for hospital and home use. • Compact and portable design. • Quiet performance for patient comfort. • Ideal for various respiratory therapies. Based on typical hospital-grade ultrasonic nebulizer specifications (such as the WH-802 or similar professional clinical units), here are the technical metrics: Performance & Technical Specs Method: Ultrasonic high-frequency transducer Particle Size (MMAD): 1 – 5 micron Nebulization Rate: 3 ml/min (Adjustable) Max Air Flow: 20 L/min Ultrasonic Frequency: 1.68 MHz – 2.5 MHz Medication Capacity: Up to 60 ml Aerosol Tank Capacity: ~650 ml Sound Level: < 40 dB Operating Time: Continuous or 0 – 60 min timer Electrical & Physical Specs Power Consumption: 40 W – 70 W Safety Standards: Class I, Type B / MPG II a Weight: ~3.5 kg – 4.2 kg Dimensions: ~190 x 205 x 315 mm Operating Temp: +10 to +40 degrees Celsius Components Included 1 x Ultrasonic Nebulizer Unit 1 x Adult Mask 2 x Mouth Pieces 2 x Retractable Tubing (14 cm – 48 cm) 2 x Spare Medication Cups 1 x User Manual Common Features Double chamber / Large nebulizing volume Silent operation (<40 dB) Automatic shutdown Compatible with heated tube systems