Oxygen Concentrator and Air Compressor Built-in Machine
An oxygen concentrator and air compressor built-in machine is a sophisticated medical device designed to provide both compressed air and concentrated oxygen for various therapeutic applications, including hyperbaric oxygen therapy (HBOT). This dual-function machine integrates the functionalities of an air compressor and an oxygen concentrator into a single, compact unit, offering convenience and efficiency.
| Model | Oxygen | Power | AC/Hz | Fast Inflation Rate (At 1 ATA) | Maintaining Rate (At 1 ATA) | Oxygen Flow | Concentration | Channels |
| OT05A-10AA00 | 5L | ≈750W | 110/110/220V/50Hz | ≈100L/min | ≈40L/min | ≥5L/min | ≥90%(V/V)±3@ | 5 |
| OT10A-10AA00 | 10L | ≈650W | 110/220V/50Hz | ≈100L/min | ≈25L/min | ≥10L/min | ≥90%(V/V)±3@ | 5 |
| OT15A-12AA00 | 15L | ≈850W | 110/220V/50Hz | ≈120L/min | ≈35L/min | ≥15L/min | ≥90%(V/V)±3 | 5 |
| OT10S-10AB00 | 10L | ≈850W | 110/220V/50Hz | ≈200L/min | ≈100L/min | ≥10L/min | ≥90%(V/V)±3 | 6 |
| OT15S-12AB00 | 15L | ≈1100W | 110/220V/50Hz | ≈220L/min | ≈100L/min | ≥15L/min | ≥90%(V/V)±3 | 6 |
| OT20S-10AC00 | 20L | ≈1800W | 110/220V/50Hz | ≈440L/min | ≈100L/min | ≥20L/min | ≥90%(V/V)±3 | 7 |
| OT30S-12AC00 | 30L | ≈2100W | 110/220V/50Hz | ≈600L/min | ≈200L/min | ≥30L/min | ≥90%(V/V)±3 | 7 |
Key Features:
1. Dual Functionality:
– Oxygen Concentrator:
– Extracts and concentrates oxygen from ambient air, delivering a high-purity oxygen supply (typically 90-95% pure oxygen).
– Air Compressor:
– Provides compressed air to pressurize the therapy chamber or other devices requiring pressurized air.
2. Integrated Design:
– Combines the roles of an air compressor and an oxygen concentrator in one unit, saving space and reducing the need for multiple devices.
– Streamlined control systems for operating both functions from a single interface.
3. Pressure and Flow Rate:
– Capable of delivering the necessary pressure levels for HBOT chambers, typically between 1.3 to 3.0 ATA.
– Provides sufficient oxygen flow rates to meet therapeutic needs, often ranging from 5 to 10 liters per minute (LPM) for oxygen output.
4. Advanced Filtration:
– Multi-stage filtration system to remove contaminants such as dust, moisture, and oil from the air.
– Ensures the delivery of clean, pure oxygen and air, essential for medical applications.
5. Quiet Operation:
– Designed with noise-reduction features to ensure a quiet environment during therapy sessions, enhancing patient comfort.
6. Cooling System:
– Equipped with efficient cooling mechanisms (air or water cooling) to prevent overheating during prolonged use.
7. Safety Features:
– Includes alarms and automatic shut-off systems to alert users to issues such as overpressure, low oxygen concentration, or system failures.
– Built-in safety valves and pressure relief systems to ensure safe operation.
8. Portability:
– Some models are designed for easy transport, featuring wheels and handles for mobility, which is beneficial for home therapy or smaller clinics.
9. User-Friendly Interface:
– Digital display and control panel for easy monitoring and adjustment of settings.
– Indicators for oxygen purity, pressure levels, and system status.
Applications:
– **Medical Clinics and Hospitals:**
– Used for HBOT and other treatments requiring both compressed air and high-purity oxygen.
– Beneficial in settings where space is limited and there is a need for both functions.
– Home Therapy:
– Allows patients to receive HBOT or oxygen therapy in the comfort of their homes.
– Portable models are particularly suitable for home use.
Maintenance and Reliability:
– Regular maintenance is essential to ensure optimal performance and longevity.
– Periodic replacement of filters and other consumable parts is necessary.
– Designed for durability and reliability to withstand continuous operation.
An oxygen concentrator and air compressor built-in machine is a versatile and efficient solution for providing both high-purity oxygen and compressed air for therapeutic purposes. Its integrated design, advanced features, and safety mechanisms make it a valuable asset in medical settings and for home-based therapy.
