Hyperbaric Chamber Safety Checklist for Wellness Centers

A hyperbaric chamber safety checklist is not a substitute for the manufacturer’s instructions, local fire and building requirements, or qualified clinical governance. It is a management tool that helps a wellness or recovery center prove that essential checks happen consistently before, during and after each session.

This guide focuses on facility operations, not medical treatment. Product classification, permitted use, supervision and reporting duties vary by model and jurisdiction. Where a medical decision is required, refer it to an appropriately licensed professional.

Quick answer: what makes a chamber program safe?

A safer program combines five controls: a suitable room, a correctly installed and maintained device, trained staff, a documented customer process and rehearsed emergency procedures. If any one is missing, a beautiful room or automatic control panel cannot compensate for it.

1. Start with the exact device instructions

Keep the current user manual, installation instructions, maintenance schedule and approved accessory list beside the operating station. Staff should know the chamber model, rated operating pressure, normal cycle, manual controls, emergency depressurization method and shutdown conditions. Do not copy settings or cleaning methods from a different chamber.

The FDA’s 2025 safety letter tells facilities to follow each device’s instructions and manufacturer-recommended cleaning, maintenance and safety checks. Start with the supplier document checklist if essential model files are missing.

2. Assign safety responsibilities by name

Define who may operate the chamber, supervise a session, approve the room after cleaning, perform daily checks, arrange service and remove the device from use. A shift should never begin with an assumption that “someone else checked it.” Use signed records and a clear escalation path.

Clinical hyperbaric facilities often use formal safety leadership and credentialing. A wellness center should not claim clinical accreditation it does not hold, but it can adopt the sound management principle of named responsibility. UHMS facility survey questions illustrate the importance of accessible emergency procedures, recurring safety training and controlled clothing and equipment.

3. Complete a room-opening inspection

Check	What staff should confirm
Access	Delivery and emergency paths are clear; doors and exits are not obstructed
Ventilation	Room ventilation is operating as designed and vents are not blocked
Electrical	Cords, plugs, grounding and outlets show no visible damage or unauthorized adapters
Equipment area	Hoses and cables are routed safely; service clearances remain open
Fire controls	Required extinguishing, alarm and communication provisions are available and inspected
Housekeeping	No flammable liquids, ignition sources or unapproved materials are present

Use the installation requirements checklist for the wider access, utility and placement review.

4. Control oxygen and ignition risks

Oxygen can make materials ignite more easily and burn more intensely. The safety plan must cover the chamber atmosphere, any breathing-oxygen system, oxygen concentrators or cylinders, discharge points, ventilation, grounding, compatible materials and separation from heat or flame. Never modify an oxygen connection or increase flow outside documented limits.

The FDA specifically highlights fire prevention, proper grounding and awareness of electrical and static devices. NFPA 99 includes a chapter for hyperbaric facilities, but the applicable class, edition and local adoption must be determined by qualified professionals and authorities having jurisdiction.

5. Enforce a prohibited-items and clothing policy

Create a model-specific list, display it at reception and repeat the check before entry. Depending on the instructions, prohibited or controlled items may include phones, battery devices, lighters, matches, oils, petroleum products, aerosols, heating pads, hand warmers, jewelry, cosmetics, hair products and some synthetic or wool clothing. Do not assume a common consumer item is safe simply because it is small.

The FDA notes that electrical or static devices may be prohibited and that some fabrics generate more static electricity. Provide approved clothing when required, use a physical belongings tray outside the chamber and document exceptions only through an authorized safety review.

6. Use a pre-session safety time-out

Customer and documentation

• Identity, booking and required consent are confirmed.
• The facility’s suitability and referral process has been completed.
• New symptoms, medication questions or medical concerns are escalated to a qualified professional.
• Clothing, pockets and belongings pass the model-specific check.

Chamber and operator

• Door or closure, seals, windows, valves, gauges, hoses and communication are visually checked.
• Required cleaning and previous-session records are complete.
• Operating limits and planned cycle match the approved procedure.
• The operator can describe the stop and emergency sequence before starting.

7. Maintain continuous supervision and communication

Do not leave an occupied chamber unattended. The operator should maintain the visual and audible communication required for the device and setting, observe the control readings, and know when to pause, depressurize or call for assistance. Automation helps execute a cycle; it does not take responsibility for the occupant.

Plan staff coverage for breaks and competing duties. If the same employee is also serving reception, define how the chamber remains continuously supervised. The wellness-center planning guide explains why the complete appointment cycle—not chamber time alone—should drive staffing and capacity.

8. Clean only with compatible methods

Use the cleaner, concentration, contact time, drying method and frequency specified for the exact materials. An unsuitable chemical can damage seals, windows, fabric, coatings, hoses or breathing accessories. Never spray a product into electrical components or close the chamber before required drying and ventilation are complete.

Record who cleaned, when, which method was used and whether damage or contamination was found. Separate cleaning supplies from general housekeeping products to reduce substitution errors.

9. Inspect and maintain on a fixed schedule

Daily visual checks, periodic preventive maintenance and qualified service are different tasks. Track hours or cycles where the manufacturer requires them. Inspect soft chambers for fabric, seams, zippers, windows and hose connections; inspect hard-shell systems for doors, seals, viewports, valves, controls and pressure components according to the model documentation.

Compare the maintenance implications in the soft-shell versus hard-shell guide. Keep replacement parts traceable and do not return a chamber to service after damage, alarm or abnormal pressure behavior until it has been evaluated under the approved process.

10. Rehearse credible emergency scenarios

Written procedures should cover fire or smoke, power loss, communication failure, abnormal pressure, equipment alarm, occupant distress, inability to open normally and evacuation. Assign who controls decompression, who calls emergency services, who guides other customers and who preserves records.

Run drills often enough that current staff can perform their roles without searching for instructions. Record the date, scenario, participants, problems and corrective actions. Confirm that emergency numbers, exits and manual controls remain accessible at every shift.

11. Keep an incident and near-miss process

Record injuries, equipment faults, aborted sessions, prohibited items found after entry, cleaning errors and near misses. Preserve device settings, time, operator, service history and relevant observations. Follow applicable reporting duties and notify the manufacturer or regulator when required.

Review trends monthly. Repeated minor events—such as damaged cords, incomplete pocket checks or communication problems—often reveal a system weakness before a serious event occurs.

12. Ask the supplier for safety evidence

Before purchase or commissioning, request model-specific manuals, installation requirements, pressure and oxygen diagrams, test and marking documents, approved accessories, cleaning instructions, maintenance intervals, training scope, spare-parts list, warranty process and technical escalation contact. Confirm that document model numbers match the quotation and label.

Pressure alone is not a safety grade; the 1.5 ATA versus 2.0 ATA guide explains why intended use, construction and operating controls must be reviewed together. The OXY-15 hard-shell chamber is one configuration to evaluate against a site’s documented requirements.

Daily hyperbaric chamber safety checklist

1. Room, exits, ventilation and equipment clearance checked.
2. Power, grounding, hoses, closures, seals, windows and controls visually checked.
3. Fire, alarm and emergency communication provisions ready.
4. Current manual, checklist and emergency procedure available.
5. Trained operator and backup/escalation contact assigned.
6. Customer process and qualified referral boundary completed.
7. Clothing, pockets and prohibited items checked.
8. Planned pressure and cycle verified against the approved procedure.
9. Continuous supervision and communication maintained.
10. Cleaning, inspection, session and incident records completed.

Common mistakes wellness centers should avoid

• Using a generic checklist instead of model instructions
• Treating oxygen equipment as ordinary wellness-room equipment
• Allowing phones or personal items without an approved review
• Letting one employee abandon supervision to cover reception
• Using unapproved cleaners or accessories
• Resetting an alarm without investigating the cause
• Keeping procedures on paper but never running a drill

Conclusion: safety must be an operating system

The strongest safety program is repeatable, documented and specific to the chamber. It connects the room, device, customer, trained operator, maintenance provider and emergency response into one controlled workflow.

Contact Oxycron with your country, facility type, intended setting, room information and preferred chamber model to request the relevant installation, operating, training and maintenance documentation.