The equipment is only 40-60% of the project
When a buyer asks 'how much does a hyperbaric chamber cost?' they are looking at a fraction of the project. A complete hyperbaric unit includes equipment, suite civil works, utilities (electrical, gases, ventilation), training, commissioning and a maintenance plan. The ratio varies by model and existing space, but equipment typically represents 40-60% of total investment.
Investment components
Major budget blocks to plan for:
- Equipment: chamber + auxiliary systems
- Suite civil works (finishes, floor, walls)
- Dedicated electrical installation
- Medical gases (oxygen, air) and compression
- Ventilation and HVAC
- Clinical furniture and safety garments
- Initial clinical and operator training
- Commissioning and acceptance testing
- Annual preventive maintenance (recurring)
Recurring costs that get underestimated
Beyond initial investment, a hyperbaric chamber has operating costs: annual preventive maintenance, consumable spares, instrumentation calibration, oxygen and air, power, refresher training and operator staffing. A serious financial model should project at least 5 years to evaluate real return.
Justifying the investment: the revenue side
The project is evaluated by its ability to generate sustainable clinical volume. That depends on real local demand, insurance or self-pay channels, referral model, specialized clinical team and center positioning. Before buying equipment, validate the business case with at least a basic demand study (ideally with local epidemiological data).
Strategies to optimize investment
Some decisions cut total investment significantly without compromising operation: sizing the model to real volume (not over-sizing), reusing existing space that meets technical requirements, planning the suite for future expansion, and signing a maintenance plan from day one (which typically prevents bigger corrective spend in years 3-5).