Products

5 LPM Medical Oxygen Concentrator
A medical oxygen concentrator uses a physical separation process to concentrate oxygen from ambient air. In a pressure swing adsorption (PSA) system, molecular sieve beds preferentially adsorb nitrogen, allowing an oxygen-enriched gas stream to be delivered through the outlet.
Features
A medical oxygen concentrator uses a physical separation process to concentrate oxygen from ambient air. In a pressure swing adsorption (PSA) system, molecular sieve beds preferentially adsorb nitrogen, allowing an oxygen-enriched gas stream to be delivered through the outlet.
For a 5 LPM unit, the nominal flow rate is only one part of the specification. Buyers should evaluate oxygen concentration across the operating range, outlet pressure under load, alarm functions, service requirements, and the device's approved intended use.
Technical Specifications
|
Parameter |
Specification or Verification Requirement |
|
Product Type |
Medical oxygen concentrator (PSA technology) |
|
Rated Maximum Flow |
5 L/min, subject to model confirmation |
|
Oxygen Concentration |
Obtain the guaranteed value and applicable flow range |
|
Oxygen Outlet Pressure |
Confirm the rated operating range and pressure under load |
|
Power Consumption |
Obtain rated and operating power data |
|
Electrical Supply |
Confirm voltage, frequency, plug type, and regional configuration |
|
Noise Level |
Confirm the measurement value and test conditions |
|
Dimensions & Net Weight |
Confirm from the current product datasheet |
|
Alarm Functions |
Verify each installed alarm and its activation conditions |
|
Operating Environment |
Confirm temperature, humidity, and altitude limits |
|
Maintenance |
Obtain filter replacement and service intervals |
|
Regulatory Documentation |
Confirm documents applicable to the model and destination market |
Engineering & Design Features
Advanced Compressor & Cooling Integration: Utilizes a heavy-duty, low-vibration oil-free compressor paired with optimized internal air-duct routing, designed to minimize thermal buildup and ensure sustained output stability during prolonged continuous operating cycles.
Multi-Stage Filtration Architecture: Incorporates a progressive intake filtration layout (including coarse particle mesh, bacterial barrier filter, and internal intake mufflers) to protect molecular sieve beds from ambient dust, moisture, and particulate contamination.
Low-Noise Acoustic Enclosure: Features internal sound-damping materials and vibration-isolated compressor mountings, keeping operational noise within a controlled acoustic range to suit clinical or homecare environments.
Ergonomic Mobility & Chassis Design: Built on a robust, impact-resistant polymer housing equipped with heavy-duty smooth-rolling casters and integrated grab handles, facilitating safe repositioning within clinical rooms or home care settings.
User-Accessible Maintenance Points: Designed with tool-free or quick-access external filter doors, allowing biomedical technicians or end-users to perform routine filter checks and replacements efficiently without dismantling the main cabinet.
Target Applications & Suitability
Medical Equipment Distribution: For distributors evaluating oxygen concentrators for markets where the model's intended use and regulatory status are appropriate.
Clinics and Healthcare Facilities: For healthcare procurement teams assessing required oxygen flow, prescribed delivery conditions, operating environment, and continuity requirements before selecting a standalone unit.
Homecare Equipment Supply: For suppliers sourcing models specifically authorized for homecare applications, requiring low operating noise, user-friendly controls, and electrical safety compliance.
OEM and Private-Label Programs: For equipment brands and importers assessing model compatibility, custom labeling, packaging, and recurring order arrangements.
Manufacturing, Quality Control
The exact model number and current technical datasheet.
The bill of materials or component specification summary.
Molecular sieve specifications and replacement intervals.
Compressor and filtration system details.
Finished-product performance test procedures and test records.
Quality management certificates and product regulatory records.
OEM, Private-Label, and Bulk Purchasing
Available OEM or private-label configurations.
Logo placement and custom product-label requirements.
User manual languages and packaging artwork.
Standard accessories and optional components.
Minimum order quantity (MOQ) and sample availability.
Production lead time and manufacturing capacity.
Warranty terms and defective-unit handling procedures.
Pre-Shipment Quality Verification
Establish clear acceptance criteria before production begins, especially for repeat orders and private-label programs. Relevant pre-shipment checks include:
- Electrical function and control operation.
- Oxygen concentration and outlet pressure under defined flow conditions.
- Alarm system activation against specified test conditions.
- Visual inspection, labeling, accessory verification, and packaging review.
- Request the corresponding inspection report or factory test record prior to dispatch.
Packaging, Logistics & Shipping Specifications
To assist import planning, freight calculation, and warehouse storage, request the following logistical data for your order:
Unit Packaging: Individual carton dimensions, gross weight, and protective cushioning details.
Master Carton / Palletization: Units per pallet, pallet dimensions, and stackability limits for air or ocean freight.
Export Compliance: Appropriate shipping marks, hazardous/non-hazardous classification confirmations, and custom documentation.
Frequently Asked Questions
Q: What does 5 LPM mean in a medical oxygen concentrator?
A: 5 LPM refers to a maximum rated flow output of five liters per minute. Buyers must verify whether this represents the maximum recommended output and confirm the actual oxygen concentration delivered at that flow level under operating loads.
Q: Is a 5 LPM oxygen concentrator suitable for hospital use?
A: Suitability depends strictly on the model's intended use, performance specifications, regulatory status, and specific clinical requirements. A standalone 5 LPM unit should never be assumed to replace a centralized hospital oxygen pipeline system.
Q: What oxygen concentration values should procurement teams specify?
A: Procurement teams should specify the required oxygen concentration alongside the exact flow rate and applicable testing conditions. Suppliers must provide a guaranteed performance range for the specific model rather than an isolated maximum concentration figure.
Q: Can a 5 LPM medical oxygen concentrator operate continuously?
A: Continuous operating capability must be verified directly from the manufacturer's operational instructions and rated duty-cycle specifications. Buyers should request exact operating limits and the recommended maintenance schedule for the quoted configuration.
Q: What compliance and technical documents should an importer request?
A: Typical documentation requests include the current technical datasheet, user manual, product labeling, applicable conformity or registration records, warranty terms, and available quality or performance test reports. Exact requirements vary based on destination market regulations.
Q: Can the unit be supplied under an OEM or private-label arrangement?
A: Potential OEM or private-label arrangements depend on the specific model and agreed commercial scope. Branding, custom packaging, labeling, documentation, minimum order quantities, and lead times must be confirmed directly with the manufacturer.
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