
Emergency Medical Oxygen & Air Systems
Reliable. Portable.
Life-Saving.
In a crisis, access to medical-grade oxygen and compressed air can mean the difference between life and loss. FORTS Logistics offers rapid-deploy Emergency Medical Oxygen & Medical Air Systems to support mobile hospitals, triage sites, isolation units, and field operations in remote or overwhelmed areas.
Delivery and refill of small and large high pressure oxygen cylinders and medical-grade compressed air.
On-site high-pressure and low-pressure oxygen generation units.
Licensed & Certified for critical care environments and respiratory emergency operations
Critical Care Ready Supply Systems
Medical-grade oxygen cylinders, regulators, and delivery systems.
Compressed medical air units to support ventilators and respiratory support equipment.
All systems meet or exceed healthcare compliance standards for field and hospital use.
On-Site Medical Oxygen Generation
PSA (Pressure Swing Adsorption) oxygen concentrators for sustained field operations.
Scalable from single-patient support to multi-bed hospitals.
Reduced dependence on bottled supply chains in long-term deployments
Integrated Into FORTS M.A.S.H Systems
Seamless integration with FORTS Mobile Advanced Specialty Hospitals and emergency shelters.
Pre-installed oxygen lines and wall-mounted regulators available.
Safe storage compartments and fast-connection points built into interior design
Flexible Delivery & Refill Solutions
Pre-filled cylinders available for immediate use.
On-demand replenishment schedules tailored to deployment timelines.
Nationwide and international logistics capabilities for rapid land, air and sea shipping.
When Every Breath Counts, Count on FORTS Logistics






Ready When You Are. Wherever You Are.
From hurricanes and wildfires to global health crises, FORTS Emergency Medical Oxygen & Air Systems have supported life-saving operations across the U.S. and internationally. With scalable options, 24/7 readiness, and end-to-end logistics, we keep your mission breathing—literally.