Understanding Compressors
Learn how compressors support soft-shell HBOT systems by helping inflate the chamber, maintain airflow, and support consistent pressure during use.
What it does
The compressor supports inflation, airflow, and chamber pressure.
A compressor does not supply oxygen for breathing. Its role is to move air into the chamber, helping the chamber take shape and maintain the airflow needed for a steady session environment.
Inflates the Chamber
The compressor moves air into the chamber so the shell expands, holds shape, and prepares for use.
Builds Pressure
As air enters the chamber, pressure can gradually increase toward the intended operating range.
Maintains Airflow
Consistent airflow helps the chamber remain supported during a session.
Works With Valves
The compressor works with relief valves, hoses, gauges, and chamber fittings as part of the full air system.
Airflow path
How air moves from the compressor to the chamber.
This section helps customers understand the compressor’s job from start-up through pressure support, without confusing it with oxygen delivery equipment.
Air Intake
The compressor pulls in surrounding air through its intake area before moving it through the system.
Air Movement
The motor and internal pump move air toward the connected hose or chamber inlet.
Delivery Through Hose
Air travels through the hose into the chamber to help inflate the shell and support pressure.
Pressure Support
Valves, gauges, and chamber components help manage airflow and pressure during operation.
Model specifications
Compare the 2 Compressor Types
Use this section to explain the difference between the two compressor types offered: the OXYREVO Air Pump and the HIBLOW HP-150 Air Compressor. Confirm final compatibility and exact specs before publishing.
OXYREVO Air Pump
A quiet oil-free hyperbaric air compressor designed to deliver steady airflow for compatible soft-shell HBOT systems.
- Airflow70 LPM
- Noise Level< 55 dB
- Power520 watts
- Weight40 lb
- Dimensions15” × 9.5” × 10.2”
- FiltrationActivated carbon, dual inlet & outlet
HIBLOW HP-150
A high-output linear diaphragm air pump designed for stronger airflow support in compatible air systems.
- Max Flow200 LPM
- Max Pressure30 kPa / approx. 4.35 PSI
- Power155 watts
- Noise Level47 dBA @ 1 meter
- Weight9 kg / approx. 19.8 lb
Side-by-Side Comparison: OXYREVO Air Pump vs. HIBLOW
| Specification | OXYREVO Air Pump | HIBLOW HP-150 |
|---|---|---|
| Primary Role | Steady airflow for compatible HBOT chambers | High-output airflow support |
| Air Output | 70 LPM airflow capacity | 200 LPM max flow |
| Recommended Fit | Compatible larger air-support setups | 1.3–1.4 ATA compatible soft chamber systems |
| Noise Expectation | < 55 dB | 47 dBA @ 1 meter |
| Customer Benefit | Quiet oil-free operation, activated carbon filtration, 520W power | 200 LPM airflow capacity, 30 kPa max continuous pressure |
| Best For | Home or clinical use with compatible chamber systems | High-output compatible systems; verify with chamber manufacturer |
Customer education
What compressor parts are responsible for.
This table explains the key compressor-related areas customers may see during setup and how they support chamber airflow.
Compressor System Guide
| Compressor Area | Main Role | What Customers Should Know |
|---|---|---|
| Air Intake | Pulls room air into the compressor. | Keep the intake clear and avoid placing the unit in a tight or blocked space. |
| Motor / Pump | Moves air through the system toward the chamber. | Some sound and vibration can be normal, but unusual changes should be checked. |
| Air Hose | Carries air from the compressor to the chamber inlet. | Make sure the hose is connected firmly and not kinked or pinched. |
| Pressure / Relief Components | Help manage airflow and chamber pressure depending on system design. | Always follow the chamber manufacturer’s operating instructions. |
Care & setup
Simple compressor care reminders.
These reminders help customers understand how to place, connect, and care for the compressor before each session.
Keep Airflow Clear
Place the compressor where air can move freely around the intake and exhaust areas. Avoid tight corners or covered spaces.
Check Hose Connections
Make sure the air hose is connected securely and is not twisted, pinched, or blocked.
Follow the Manual
Use the manufacturer’s setup, operation, and maintenance instructions for the exact compressor and chamber model.
Need help understanding compressor options?
Affordable Hyperbaric Solutions can help explain compressor options, airflow setup, hose connections, pressure support, and chamber compatibility.
Educational content only. Always follow the compressor and chamber manufacturer’s instructions and consult qualified professionals for setup requirements, compatibility, and safe operation.