Resource hub
Guides written by our engineering and operations team. Built for professionals evaluating, implementing or operating hyperbaric units.
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.
The difference between monoplace and multiplace chambers is not only size: operation, cost, staffing requirements and eligible clinical cases all change. This comparison makes it concrete.
Chamber price is only part of the investment. Evaluating a project requires adding civil works, utilities, training, maintenance and operating cost.
The hyperbaric suite is where the chamber operates. Its design drives safety, clinical operation and equipment lifecycle. These are the baseline requirements you should plan for.
Preventive maintenance is not optional: it decides whether the chamber reaches its expected service life or fails by year five. This guide outlines the standard plan we apply.
Hyperbaric chambers operate with oxygen-enriched atmospheres. Safety is not optional: it is built into equipment design, suite design and team behavior.
Hyperbaric oxygen therapy (HBOT) has clinical applications recognized by international medical literature. This overview presents them without overstatement.
Opening a hyperbaric unit is a multidisciplinary project: clinical, technical, financial and regulatory. This roadmap orders the steps in the sequence that actually works.