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As a premier manufacturer and supplier of precision pneumatic components, we introduce this high-performance oil-free air compressor pump engineered for critical equipment integration. Designed specifically to meet the stringent demands of medical and industrial device procurement, it delivers an uncompromising balance of continuous power and cost-efficiency.
Consistent Output: Delivers a highly stable flow rate of ≥17L/min.
Pure Airflow: 100% oil-free operation ensures zero output contamination.
Extended Longevity: Engineered for up to 8,000 hours of continuous service life.
Rapid Prototyping: Dedicated manufacturer support with a 7-15 day proofing cycle for volume orders.
The OH80KS-1 air compressor pump head is a cost-effective solution specially designed for medical oxygen concentrators. Equipped with a copper-clad aluminum motor, it offers a balanced combination of reliable performance and competitive pricing. Its compact structure allows easy installation, while smooth and low-noise operation makes it suitable for continuous use. The pump head delivers stable airflow to meet the consistent air supply requirements of oxygen generation systems. With dependable durability and excellent value for money, the OH80KS-1 stands out as an ideal choice for medical equipment manufacturers seeking both quality and affordability.
Specification Category | Parameter Details |
|---|---|
Product Model | OH80KS-1 |
Product Name | High-Performance 80KS Oil-Free Air Compressor Pump For Medical Oxygen Concentrators |
Motor Configuration | Copper-clad aluminum motor |
Flow Rate | ≥17L/min |
Lubrication | Oil-free, Permanently lubricated bearings |
Seal Technology | High Performance piston seal |
Core Components | Self-made aluminum die-cast components |
Service Life | Up to 8,000 hours |
Energy Efficiency | Energy-efficient and low consumption |
Compliance | RoHS compliant |
Proofing Time | 7-15 days |
Customization | Yes |
Applications | Oxygen concentrators, Food processing and packaging, Laboratory instruments, Environmental protection equipment, Aquaculture, Automation equipment, All equipment that outputs gases |
Partnering with a dedicated, source-level manufacturer ensures that your supply chain remains resilient, cost-effective, and technologically advanced. We bridge the critical gap between premium engineering and accessible component sourcing, giving your business a distinct competitive edge in the marketplace.
Direct Manufacturer Advantage: By eliminating intermediaries, we offer highly competitive pricing structures that protect your profit margins without compromising on build quality.
In-House Component Production: Manufacturing our own aluminum die-cast parts gives us absolute control over quality assurance and protects our partners from sudden supply chain disruptions.
Proven Industry Track Record: Trusted by leading equipment brands globally, our pumps have a documented history of reducing failure rates and elevating overall product reliability.
Scalable Production Capacity: Whether you require a small batch for a niche medical device or massive volume for consumer-grade automation equipment, our facilities scale instantly to meet your output demands.
Delivering unparalleled pneumatic efficiency, this compressor pump is engineered to elevate the operational standards of your entire equipment line. We understand that component failure is simply not an option for critical care devices or high-precision industrial machinery. By focusing on friction reduction and structural integrity, this unit transforms how your systems handle continuous gas delivery.
Permanently Lubricated Bearings: Eliminates the need for routine manual lubrication, drastically reducing the maintenance burden on end-users and ensuring frictionless rotation over thousands of hours.
High Performance Piston Seal: Creates an airtight, wear-resistant compression chamber that maintains maximum pressure integrity without degrading over time, ensuring consistent volumetric efficiency.
Energy-Efficient Architecture: Draws minimal electrical current while maximizing pneumatic output, lowering the overall thermal footprint and operational costs of the host equipment.
Self-Made Aluminum Die-Cast Components: By manufacturing the core housing in-house, we guarantee structural uniformity, superior heat dissipation, and absolute quality control from the foundry to the assembly line.
For procurement specialists and lead engineers in the healthcare equipment sector, the stability of the pneumatic source is a non-negotiable metric. This compressor unit is meticulously calibrated to deliver relentless, unwavering performance under continuous, heavy-duty loads, proving itself as the definitive solution for systems requiring uninterrupted gas generation.
Unwavering Flow Consistency: Guaranteed to deliver a flow rate of ≥17L/min, providing the exact volumetric requirements needed for medical-grade oxygen separation and concentration processes.
Marathon Endurance: Rated for an astonishing service life of up to 8,000 hours of continuous operation. This exceptional longevity minimizes replacement cycles and maximizes the lifecycle value of your finished products.
Thermal Stability: The integration of the copper-clad aluminum motor ensures that electrical resistance is kept low, preventing overheating during 24/7 operational cycles and safeguarding adjacent sensitive electronics.
Precision Tolerances: Every internal moving part is machined to micro-level tolerances, ensuring that the performance curve remains flat and predictable from the first hour of operation to the eight-thousandth.
Balancing aggressive cost-efficiency with rugged, unyielding durability requires meticulous material selection and advanced manufacturing techniques. As a direct manufacturer, we maintain strict oversight over the metallurgical and synthetic components used in every single pump, ensuring that affordability never comes at the expense of reliability.
Copper-Clad Aluminum Motor: This hybrid motor construction offers the ideal synergy of the lightweight properties of aluminum and the superior conductivity of copper, resulting in a highly responsive, cost-effective power plant.
In-House Die-Casting: The self-made aluminum die-cast components provide exceptional structural rigidity. The metallic finish feels premium to the touch and acts as a massive, highly efficient heat sink for the internal mechanics.
Advanced Polymer Seals: The high-performance piston seal is crafted from specialized friction-resistant polymers that withstand high temperatures and rapid oscillation without cracking or losing their sealing properties.
Compact Form Factor: The dense, tightly integrated physical architecture allows product designers to shrink the overall footprint of their devices without sacrificing pneumatic power.
Sensitive clinical and laboratory environments demand internal components that operate invisibly—without introducing acoustic pollution, chemical odors, or particulate contamination into the workspace. This pump head is designed from the ground up with a strict "fit and forget" philosophy, empowering your brand to offer truly low-maintenance solutions to your clients.
100% Oil-Free Mechanics: Because the system requires absolutely no lubricating oil, there is zero risk of aerosolized oil particles contaminating the output air—a critical requirement for respiratory care and food processing.
Acoustic Dampening: The smooth, balanced rotation of the permanently lubricated bearings translates to exceptionally low noise levels, preventing patient disturbance in clinical settings and maintaining a quiet laboratory environment.
Vibration Mitigation: The solid aluminum chassis absorbs kinetic energy, ensuring that the pump does not transfer disruptive vibrations to the delicate sensors or circuit boards within your host equipment.
Zero-Maintenance Bearings: Sealed for life, the bearings repel dust and moisture while retaining their internal lubrication, meaning service technicians will rarely, if ever, need to access the pump housing.
Navigating international trade barriers and strict medical device regulations requires sourcing components with unimpeachable compliance records. We ensure our compressor pumps meet the stringent environmental and safety directives necessary for seamless global distribution, protecting your supply chain from regulatory bottlenecks.
RoHS Compliant: Fully adheres to the Restriction of Hazardous Substances directive, guaranteeing that the pump is free from lead, mercury, cadmium, and other dangerous heavy metals.
Eco-Friendly Operation: The energy-efficient and low-consumption design helps your final products meet modern green energy standards and eco-label requirements in strict international markets.
Material Safety: The oil-free design and non-toxic internal components ensure that all output gases remain safe for direct human interaction and clinical application.
Global Readiness: Standardized manufacturing protocols mean this pump is ready for immediate integration into products destined for North American, European, and Asian regulatory landscapes.
We recognize that off-the-shelf solutions rarely fit complex, proprietary systems perfectly. Our dedicated engineering team acts as a direct extension of your own research and development department, offering deep technical integration, rapid prototyping, and comprehensive support from the initial blueprint to final mass production.
Rapid Proofing Cycle: We respect your time-to-market pressures. Custom prototype proofing is completed in just 7 to 15 days, allowing your R&D team to iterate and test without agonizing delays.
System Matching Assistance: Our engineers work closely with yours to ensure the pump's flow rate, pressure curve, and electrical draw perfectly match your system's specific requirements.
Performance Verification: We provide exhaustive testing data and performance validation to prove the pump will meet your exact operational parameters before you commit to volume manufacturing.
Application Optimization: Beyond just supplying the part, we offer actionable advice on how to mount, cool, and integrate the pump to maximize its lifespan within your specific chassis.
