JAY-5HW Stationary Oxygen Concentrator (5L)

Key Features:

• Flow Rate: 0.5–5 L/min
• Oxygen Concentration: 93% ± 3%
• Quiet Operation: ≤40 dB noise level
• Compact Design: Easy to place in various settings
• User-Friendly Interface: Simple controls for ease of use
• Safety Alarms: Power failure, high/low pressure, and low oxygen concentration alerts​

Features

• 1.3ATA(4psi)operating pressure .
• 2 zipper seal for easier entrance .
• Cotton chamber protection cover , to avoid dirty and easy to wash .
• Most popular model for home treatment or commercial usage .Emergency valve - To speed the depressurization in emergency .
• Easy Operation - One people can operate it without assistance .
• Internal Pressure Gauge - User can observe the pressure while inside the chamber .
• Internal metal frame - Hold the shape when deflated

The JAY-40-4.0 is a high-pressure oxygen concentrator designed for large medical institutions and specialized applications. It provides an adjustable flow rate of 1 to 40 L/min with a consistent outlet pressure of 60 PSI (0.4 MPa). The unit maintains an oxygen concentration of 93% (±3%) and features a high-efficiency three-tower adsorption system for enhanced durability. Its robust design ensures reliable performance in intensive care units, operating rooms, and hyperbaric oxygen therapy chambers.

Key Features

• Flow Rate: 1–40 L/min
• Oxygen Concentration: 93% (±3%)
• Outlet Pressure: 60 PSI (0.4 MPa)
• Power Consumption: ≤4440W
• Net Weight: 256 kg
• Alarms:
  • Power failure alarm
  • High and low pressure alarm
  • Low oxygen purity alarm
• Design: Compact and mobile with integrated pressure gauge and automatic dehydrator/refrigerated air dryer
• Applications:
  • Connects with ventilators and anesthesia machines in ICU and operating rooms
  • Compatible with hyperbaric oxygen chambers

Features

• ✔ Precise DLco Measurement: Accurately assesses lung diffusion capacity for CO (carbon monoxide) to evaluate gas exchange efficiency.
• Advanced Sensor Technology: High-precision sensors ensure reliable and reproducible pulmonary function test results.
• User-Friendly Interface: Intuitive software for easy operation, data analysis, and report generation.
• Compact & Portable Design: Lightweight and ergonomically designed for clinical and research applications.
• Automated Calibration: Ensures consistent accuracy and minimal operator intervention.
• Multi-Parameter Analysis: Measures DLco, lung volumes, and additional respiratory parameters for comprehensive lung function assessment.
• Compliance with Global Standards: Meets ATS/ERS guidelines for pulmonary function testing.
• Patient-Friendly Testing: Fast and comfortable procedures, suitable for all age groups.
• Rapid digital NDIR gas analyzer
• Fast and reliable evaluation of the diffusion capacity
• Unique blocking valve design, Intelligent Demand Valve
• Easy and quick gas administration, no more complicated breathing line design
• ATS/ERS recommended standard test gas mixture
• 0.3% Carbon Monoxide (CO) + 0.3%CH4 +21% Oxygen (O2) , remainder Nitrogen(N2)

Main Functions

• Complete Spirometry (Slow VC, FVC, Flow-Volume Loop, Tidal FVL, MVV)
• Bronchial dilation test pre/post dilator)
• Bronchial provocation test (without hardware)

The JAY-3AW and JAY-5AW are robust oxygen concentrators designed for continuous use. With flow rates of 3L/min and 5L/min, they deliver oxygen at a concentration of 93% (±3%). Their innovative cooling systems ensure reliable 24/7 operation, making them suitable for both home and clinical environments.​

Key features include:

• User-Friendly Interface: Simple controls with an easy-to-read LCD display.

• Mobility: Four flexible castors with two brakes for easy movement and secure positioning.

• Safety Features: Humidifier bottle with a 6PSI pressure relief valve, and alarms for power failure, high/low pressure, and low oxygen concentration.​

These models are compatible with High-Flow Nasal Cannula (HFNC), Hyperbaric Oxygen Chambers (HBOC), and BIPAP systems, enhancing their versatility in oxygen therapy applications. ​