HC80DC Medical Oxygenation Pump | 90W, 17L/min, 24h Duty

_DESCRIPTION: When a hospital biomedical engineer is specifying pumps for a new oxygen concentrator production line, reliability is the primary concern. The HC80DC medical oxygenation pump delivers consistent performance for critical care applications. Operating on 90W of power, this oil-free unit provides a steady flow rate of 17L/min with a continuous 24h duty cycle. Designed for low noise operation, it ensures patient comfort while maintaining medical-grade air purity. Compliant with CE MDR 2017/745 and ISO 13485, it meets strict regulatory requirements for medical devices. Ideal for integration into oxygen concentrators, hospital respiratory equipment, and medical-grade air supply systems. Manufacturers benefit from a dependable component that reduces maintenance costs and ensures equipment longevity. For B2B buyers seeking compliant, efficient pneumatics, the HC80DC offers consistent integration and long-term operational stability. LONG_DESCRIPTION:

Why Choose the HC80DC Medical Oxygenation Pump

When a hospital biomedical engineer is specifying pumps for a new oxygen concentrator production line, the focus immediately shifts to consistent performance, patient safety, and rigorous regulatory compliance. The HC80DC medical oxygenation pump addresses these critical requirements by providing dependable, oil-free pneumatic power designed specifically for demanding healthcare environments. By eliminating the risk of oil contamination, this unit ensures that the generated airflow meets the stringent purity requirements necessary for direct patient respiratory support.

Efficiency is another major factor in medical device design. Operating at 90W, this pump balances energy consumption with a steady output of 17L/min. This specific power-to-flow ratio allows designers to build compact oxygen concentrators that do not draw excessive current from hospital circuits or home electrical systems. Additionally, the low noise output helps maintain a healing environment for patients, avoiding the mechanical hum that often accompanies high-capacity compressors. By standardizing on this model, manufacturers gain a reliable, quiet, and efficient pneumatic core for their medical assemblies.

• Power Consumption: 90W
• Flow Rate: 17L/min
• Duty Cycle: 24h Continuous
• Lubrication: Oil-free
• Acoustics: Low noise
• Air Quality: Medical-grade air purity
• Certifications: CE MDR 2017/745, ISO 13485

Key Technical Specifications

Specification	Value
Model	HC80DC
Product Type	Medical Oxygenation Pump
Power	90W
Flow Rate	17L/min
Duty Cycle	24h Continuous
Lubrication Method	Oil-free
Acoustic Profile	Low noise
Air Purity	Medical-grade
Quality Systems	ISO 13485
Regulatory Compliance	CE MDR 2017/745

Applications & Industries

The HC80DC medical oxygenation pump is engineered specifically for integration into critical healthcare devices where consistent airflow is a fundamental requirement. Its primary application is within oxygen concentrators. In these devices, the pump draws in ambient air and pushes it through sieve beds containing zeolite, which absorbs nitrogen and allows purified oxygen to pass through to the patient. The 17L/min flow rate and 90W power profile make it highly suitable for stationary, high-capacity oxygen concentrators used in clinical settings or home care environments where patients require continuous, reliable oxygen therapy.

Beyond oxygen generation, this pump serves as a vital component in hospital respiratory equipment, including continuous positive airway pressure (CPAP) machines, bilevel positive airway pressure (BiPAP) devices, and medical ventilators. The continuous 24h duty cycle ensures that these life-supporting machines can operate day and night without the risk of thermal overload or mechanical failure. Furthermore, the oil-free design guarantees that the air delivered to the patient's lungs remains completely free of particulate matter or hydrocarbon contamination, maintaining strict medical-grade air supply standards. The absence of oil means no fine mist is ever aerosolized into the breathing circuit.

Medical facilities also utilize the HC80DC in centralized medical-grade air supply systems and bedside aspiration units. In these scenarios, the low noise operation becomes highly beneficial, preventing auditory fatigue for healthcare workers and preserving a quiet, restful environment for patient recovery. Equipment manufacturers rely on the precise 17L/min flow delivery to calibrate their respiratory therapy algorithms accurately, ensuring that the end-user receives the exact prescribed dosage of oxygen or pressurized air. The combination of its physical dimensions, thermal management, and output consistency makes it an ideal fit for biomedical engineers looking to source a dependable pneumatic engine for next-generation respiratory medical devices. The steady output helps in maintaining exact pressure gradients required for sensitive pediatric and adult pulmonary treatments.

Certifications & Compliance

Navigating the regulatory landscape of medical device manufacturing requires components that meet strict international standards. The HC80DC is manufactured in a facility compliant with ISO 13485. This certification demonstrates a comprehensive quality management system specifically tailored to the design and manufacture of medical devices. For B2B buyers and original equipment manufacturers (OEMs), sourcing an ISO 13485-certified pump means the production processes, traceability, and risk management protocols have been rigorously audited. This standard assures manufacturers that every unit off the assembly line maintains the exact same performance characteristics, reducing the risk of end-product failure and simplifying the OEM's own quality assurance audits.

Furthermore, the pump complies with the European Union's Medical Device Regulation (CE MDR 2017/745). This regulation is one of the most stringent medical device frameworks globally, focusing heavily on clinical safety, post-market surveillance, and verifiable performance data. Compliance with CE MDR 2017/745 allows equipment manufacturers to legally place their final medical devices on the market within the European Economic Area (EEA). By utilizing a pump that already meets these rigorous standards, biomedical engineers and compliance officers can significantly reduce the time and cost associated with certifying their final oxygen concentrators or respiratory equipment. It provides a documented pathway of safety and efficacy, ensuring that the component will not compromise the overall regulatory approval of the final medical assembly. This level of certification guarantees that the materials used in the pump's construction are biocompatible and safe for gas pathway applications.

Frequently Asked Questions

What does the 24h continuous duty cycle mean for equipment maintenance?

The 24h continuous duty cycle indicates that the HC80DC medical oxygenation pump is thermally and mechanically designed to operate non-stop, 24 hours a day, without requiring rest periods to prevent overheating. Operating at 90W, the motor effectively dissipates heat. For hospital respiratory equipment and oxygen concentrators, this means the pump will not be the limiting factor in the device's operational availability. Maintenance intervals are extended, and downtime is minimized, which is critical for life-support or continuous therapy applications.

Is the HC80DC suitable for hospital respiratory equipment requiring direct patient air delivery?

Yes, the HC80DC is highly suitable for hospital respiratory equipment. Because it features an entirely oil-free mechanism, it introduces no lubricating fluids or hydrocarbon vapors into the air path. This design guarantees medical-grade air purity, making it safe for direct patient respiratory applications, including ventilators and continuous positive airway pressure systems. The low noise characteristic also ensures it meets the acoustic limits required for bedside medical equipment, maintaining a peaceful environment for clinical recovery.

Can this pump be used in automated medical-grade air supply networks?

Yes, the unit provides a consistent flow rate of 17L/min, which can be integrated into smaller, localized medical-grade air supply networks or automated blending systems within clinical environments. The adherence to CE MDR 2017/745 and ISO 13485 ensures that it meets the necessary safety and reliability metrics required for infrastructural medical air generation. B2B buyers can integrate this pump into their custom manifolds knowing the pneumatic output will remain stable over its extended service life.

How does the ISO 13485 certification impact B2B procurement?

For procurement teams and medical device manufacturers, purchasing an ISO 13485 certified component directly impacts the supply chain's reliability and risk profile. It guarantees that the HC80DC is produced under strict quality controls, with full traceability of materials and manufacturing steps. This reduces the burden of incoming quality inspections and significantly lowers the risk of batch defects, ensuring smooth production schedules for oxygen concentrators and other critical medical devices.