In Summary
The Olive Oxygen Hard-Shell prevents over-pressurization via both automatic and manual relief valves.
Locks safely with sensor-verified sealing.
Incorporates dual gauges, interior/exterior controls, and communications systems.
Minimizes fire risk through grounding, static control, and choice of non-flammable materials.
Ensures safe operation even during power failure.
Meets medical-grade standards and undergoes stringent defect testing.
These features combine to deliver a safe, reliable, and user-friendly hyperbaric experience suitable for beauty, wellness, and clinical environments as detailed below.
Quality Assurance & Compliance
Rigorous Defect Testing: Each chamber is inspected and tested to meet safety and durability standards before being delivered.
Compliance with Medical-Grade Standards: Materials certified (e.g. Q345R steel, CE/ISO certifications implied by specifications from similar models)
Built-In Pressure Relief Systems :Automatic Relief Valves: These activate automatically if internal pressure exceeds the preset limit—a critical safeguard against over-pressurization Hard Chambers.
Manual Relief Valves: Allow users or operators to manually reduce pressure swiftly during unexpected events .
Door & Structural Safety: Sensor Lock Mechanism: Prevents operation unless the door is fully sealed, ensuring no pressurization begins inadvertently (feature implied by typical hard-chamber design) .
Stainless-Steel Shell: Engineered to resist deformation under pressure, with reliable sealing framed by structural rigidity.
Smart Digital Display for HBOT Monitoring
Inside and out, dual digital display screens provide real-time data on oxygen purity, temperature, and humidity. This fully automated monitoring system ensures accurate, smart control of your oxygen chamber environment—making every session efficient and easy to manage.
User-Controlled Internal Operation Panel
Our integrated control board empowers users inside the chamber to manage every function—pressurization, depressurization, oxygen flow, dehumidification, cooling, and lighting. This hands-on control system delivers safe, convenient, and fully independent hyperbaric oxygen therapy.
Fire & Electrical Safety
Static-Reducing Materials & Grounding: Grounding measures help prevent static build-up in oxygen-rich environments.
Use of Flame-Retardant Components: All internal materials are chosen to limit fire risk—a critical design parameter for hyperbaric equipment.