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Dual-Flow Oxygen Concentrator

Dual-Flow Oxygen Concentrator

The Dual-Flow Oxygen Concentrator is engineered for medical device distributors, homecare providers, and clinical environments requiring two independent oxygen delivery lines from a single, stationary oxygen-generation platform. Utilizing Pressure Swing Adsorption (PSA) technology with high-grade molecular sieve beds, the system continuously separates nitrogen from ambient air on-site, eliminating the logistical overhead and safety risks associated with high-pressure oxygen cylinders or liquid refill systems.

Features

The Dual-Flow Oxygen Concentrator is engineered for medical device distributors, homecare providers, and clinical environments requiring two independent oxygen delivery lines from a single, stationary oxygen-generation platform. Utilizing Pressure Swing Adsorption (PSA) technology with high-grade molecular sieve beds, the system continuously separates nitrogen from ambient air on-site, eliminating the logistical overhead and safety risks associated with high-pressure oxygen cylinders or liquid refill systems.

 

Technical Specifications

Parameter

Specification

Oxygen Generation Technology

Pressure Swing Adsorption (PSA)

Oxygen Source

Ambient air (Oil-free compressor system)

Oxygen Outlet Configuration

Dual independent outlets (Simultaneous or individual operation)

Flow Configuration

Configurable split per outlet

Oxygen Concentration

93% +/- 3% at rated continuous flow (Verifiable per operating point)

Outlet Pressure

Standard medical delivery pressure (Model-dependent calibration)

Power Supply

AC 220V-240V, 50Hz / 110V-120V, 60Hz

Noise Level

<= 50 dB(A) (Enclosure-dampened acoustic design)

Alarm & Protection Functions

Power failure, high/low pressure, low purity, high temperature, flow anomaly

Quality Management Standards

ISO 9001, ISO 13485 compliant manufacturing

OEM / ODM Services

Private-label branding, custom interface, and export packaging available

 

How the Dual-Flow PSA System Operates

The internal pneumatic architecture maintains continuous, reliable oxygen delivery through a cyclical multi-step process without consuming active filtering media:

Ambient Air Intake: Room air enters the system through a multi-stage filtration assembly (dust, bacteria, and particulate filters) to protect internal pneumatic components.

Air Compression: An oil-free compressor raises intake air pressure to drive the molecular sieve adsorption cycle.

Nitrogen Adsorption: Pressurized air passes through columns packed with zeolite molecular sieve material, which selectively adsorbs nitrogen while allowing oxygen molecules to pass.

Oxygen Enrichment & Surge Tank: Separated oxygen-enriched gas is collected in an equalization tank to stabilize delivery pressure and purity.

Dual-Outlet Distribution: Concentrated oxygen is split into two independent delivery lines via precision flow-control valves, enabling separate flow regulation for each line.

Cyclic Bed Regeneration: While one bed is actively adsorbing, the other undergoes rapid depressurization to exhaust accumulated nitrogen, ensuring continuous 24/7 operation.

 

Quality Control & Manufacturing Standards

Pneumatic Integrity Testing: Automated pressure decay testing on all internal gas circuits and valves to prevent leakage.

Molecular Sieve Packing Control: Precision dosing and compaction of zeolite molecular sieve material to guarantee long-term purity stability.

Extended Burn-In Testing: Continuous running tests under simulated load conditions prior to final packaging to verify compressor and electronic reliability.

Traceability: Individual serial number tracking for raw material batches, core components, and final test reports.

 

Typical Applications

Homecare Oxygen Therapy: Designed for long-term oxygen therapy (LTOT) environments where two patients share a living space, or where a patient requires a primary oxygen line alongside an auxiliary device.

Assisted Living Facilities: Provides a compact, high-reliability oxygen supply solution across shared care rooms without deploying heavy cylinder banks.

Equipment Distribution: Ideal for medical equipment importers and brand owners seeking to expand their product catalog with specialized multi-outlet homecare configurations.

 

OEM / ODM Customization Capabilities

Enclosure & UI Design: Tailored cabinet styling, private-label branding, custom control panel overlays, and localized user manuals.

Electrical Configuration: Region-specific power cords, voltages, frequencies, and plug standards.

Packaging Solutions: ISTA-certified drop-tested export packaging optimized for container shipping and long-distance distribution.

 

Logistics, Packaging & Global Shipping Compliance

Export Packaging Standards: Units are secured in multi-layer corrugated master cartons with custom high-density molded EPE foam buffers, engineered to pass ISTA transit drop and vibration tests for containerized ocean freight and air cargo.

Consumables & Spare Parts Kit: Bulk orders include a recommended percentage of critical spare parts (such as intake filters, bacteria filters, and fuse assemblies) to support local warranty service and maintenance without cross-border shipping delays.

Customs Documentation Support: Full documentation packages are provided for import clearance, including Commercial Invoices, Packing Lists, Certificates of Origin, ISO 13485 quality certificates, and factory test reports.

 

FAQ

Q: What is the typical Minimum Order Quantity (MOQ) for OEM or private-label production?

A: MOQ requirements depend on the level of customization requested. For standard model configurations with custom branding (private-label logos and manuals), tiered MOQ options are available to support initial market testing. Contact our sales engineering team for specific project thresholds.

Q: Can the dual-flow oxygen concentrator operate continuously 24 hours a day?

A: Yes. The internal compressor and PSA molecular sieve beds are engineered for continuous 24/7 stationary operation, provided routine filter cleaning and standard maintenance schedules are observed as outlined in the technical manual.

Q: How are individual flow rates adjusted on the dual outlets?

A: The unit features independent, precision mechanical flow meters or electronic control valves for each outlet. This allows clinical staff or users to set and lock distinct flow rates (e.g., 2 LPM on Outlet 1 and 3 LPM on Outlet 2) simultaneously based on individual patient requirements.

Q: What is the expected lifespan of the molecular sieve beds?

A: Under normal operating conditions and with regular ambient air filtration maintenance, the high-grade zeolite molecular sieve material is designed for long-term service stability, typically operating for thousands of hours before requiring factory-level inspection or servicing.

Q: What warranty terms and after-sales technical support do you provide?

A: We offer standard manufacturer warranty coverage on core components (such as the compressor and main control board). Remote technical support, spare parts supply, and diagnostic guidance are provided directly by our engineering team to assist international distribution partners.

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