HC80 Medical Oxygenation Pump | 17L/min, Oil-Free, ISO 13485

Why Choose the HC80 Medical Oxygenation Pump

When a hospital biomedical engineer is specifying pumps for a new oxygen concentrator production line, strict adherence to continuous performance and patient safety is non-negotiable. The reliability of the internal compressor directly impacts the efficacy of the entire respiratory device. The HC80 medical oxygenation pump provides the exact operational stability required for these critical care environments, operating on a 24-hour continuous duty cycle without the risk of oil contamination. By maintaining consistent pressure and flow parameters, this pump ensures that life-saving respiratory devices function dependably day after day, minimizing unexpected downtime and costly maintenance interventions in clinical settings.

• Consistent Air Delivery: Generates a highly stable air flow rate of 17L/min at 140Kpa pressure, ensuring adequate pneumatic power for demanding respiratory applications.
• Ultra-Quiet Operation: Engineered to minimize acoustic disturbance in clinical settings, achieving low noise levels of ≤45dB(A) for the 220V model and ≤48dB(A) for the 110V model.
• Optimized Power Consumption: Operates efficiently with power at rated pressure strictly kept to ≤110W for the HC80A configuration and ≤90W for the HC80B configuration.
• Compact & Lightweight: Features a space-saving dimension of 145*75*125 mm and weighs only 2.05kg, making it ideal for integration into portable and space-constrained medical equipment.
• Electrical Versatility: Available in two distinct electrical configurations, offering operational speeds of 1400rpm at 220V/50Hz/1 and 1700rpm at 110V/60Hz/1 to suit global markets.
• Verified Compliance: Fully certified to CE MDR 2017/745 requirements and manufactured under strict ISO 13485 quality management systems for medical devices.

Key Technical Specifications

Applications & Industries

The HC80 medical oxygenation pump is engineered specifically for OEMs manufacturing clinical and home-use respiratory therapy devices. Its primary application lies within the assembly of stationary and portable oxygen concentrators. By providing a highly consistent 17L/min air flow rate at 140Kpa, the pump efficiently drives the pressure swing adsorption (PSA) process. This process is required to separate nitrogen from ambient air, ensuring a high-purity medical-grade air supply for patients dealing with chronic obstructive pulmonary disease (COPD), severe asthma, or acute respiratory conditions. The stability of the 140Kpa pressure ensures the zeolite sieve beds within the concentrator operate at peak efficiency.

In the broader context of hospital respiratory equipment, this pump serves as a highly dependable pneumatic engine for ventilators, nebulizers, and continuous positive airway pressure (CPAP) machines. The strictly oil-free design ensures that no aerosolized lubricants or volatile organic compounds contaminate the patient's breathing circuit. Furthermore, the extremely low noise profile—peaking at just 45dB(A)