How to choose a hyperbaric chamber for your clinic or hospital

Selecting a hyperbaric chamber is not a price comparison: it is aligning the equipment with your clinical model, your space and a 10-15 year operating plan. This guide outlines the criteria we use with clinics and hospitals when scoping a project.

Updated: May 21, 20266 min read

Start with the patient profile, not the model

The most common mistake is choosing a model before defining which patients you will treat and at what volume. A chamber in a hospital diabetic-foot program operates very differently from one in an outpatient sports recovery clinic. Before requesting quotes, define: how many sessions per day, what standard pressure and duration, whether an attendant or in-chamber medical staff is needed, and whether the flow is continuous or block-based.

Those answers drive almost everything that follows: capacity, operator setup, instrumentation and redundancy level.

  • Expected daily session volume
  • Dominant clinical profile (wounds, neurology, sports, etc.)
  • Need for in-chamber attendant or staff
  • 5-year growth horizon

Monoplace vs multiplace: operational criteria

Monoplace is the standard choice for clinics, outpatient centers and moderate-volume units: one patient per session, simple operation, smaller footprint, lower implementation cost. Multiplace becomes meaningful when volume justifies treating multiple patients simultaneously, when an attendant must be inside, or when critical cases require in-chamber life support. The decision is operational math, not prestige.

Physical space and suite design

Buying the chamber before validating the space is an expensive mistake. The chamber needs a suite with adequate dimensions, ventilation, equipment access, dedicated electrical supply, possibly oxygen delivery and a technical area for the compressor. Before you sign the PO, your supplier should hand over an installation drawing covering every required utility. If they cannot, you are buying a cylinder, not a unit.

Post-sale support: the invisible factor that decides lifecycle

A hyperbaric chamber operates for 15-20 years. Over that period it will need spares, preventive maintenance, instrumentation recalibration, upgrades and eventually repairs. Whether that operation is viable depends less on the equipment than on the real presence of the manufacturer or its representative. If your supplier has no local technical team, you are accepting international logistics dependency for every failure.

  • Contractually committed on-site response time
  • Local availability of critical spares
  • Annual preventive maintenance plan
  • Initial and refresher operator training

Technical documentation you should require

Before approving purchase, require: full technical datasheet, mechanical and installation drawings, factory functional test protocol, operator manual, maintenance manual, critical spares list, instrumentation schematic and verifiable references of installed units. A serious manufacturer hands that package over without pushback.

Evaluating a hyperbaric project?

Talk to our engineering team. We help you scope chamber selection, suite design, installation, training and lifecycle support.

Frequently asked questions

For clinics under ~10 daily sessions a monoplace (M or N series) is the standard choice. Smaller footprint, simpler to operate, significantly lower total investment.