HYPERBARIC OXYGEN
THERAPY SYSTEMS
Advanced HBOT Chambers for Clinical & Surgical Applications
Planning a hyperbaric therapy facility or integrating HBOT into your hospital?
OPES ORION delivers fully integrated Hyperbaric Oxygen Therapy systems — from chamber selection and room design to installation, compliance, and lifecycle support.
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In modern hospital projects, Hyperbaric Oxygen Therapy is a clinically proven, non-invasive modality that expands treatment capability and improves patient outcomes — requiring careful facility planning and engineering integration.
What Is Hyperbaric Oxygen Therapy?
Hyperbaric Oxygen Therapy (HBOT) is defined by the Undersea and Hyperbaric Medical Society (UHMS) as the delivery of 100% oxygen at pressures greater than 1.4 ATA, typically between 1.5 to 3 ATA in clinical settings.
Under hyperbaric conditions, oxygen dissolves directly into plasma — not just haemoglobin — enabling oxygen delivery to hypoxic or compromised tissues. This enhances healing, reduces inflammation, and improves tissue recovery in ways not achievable under normal conditions.
In clinical environments, HBOT plays a critical role in advanced wound care, infection management, and specialised therapeutic treatments across a growing range of FDA-recognised and globally practised indications.
Boyle's & Henry's Law
Increased pressure forces more oxygen into solution in blood plasma, dramatically increasing oxygen delivery to all tissues.
Enhanced Tissue Oxygenation
Plasma-dissolved oxygen reaches areas where red blood cell transport is restricted — reviving hypoxic and injured tissues.
Improved Vascular Response
HBOT stimulates angiogenesis and reduces oedema — accelerating wound closure and systemic recovery.
Infographic — Image 1 (bottom)
Why Integrate HBOT
Into Your Facility?
Hyperbaric Oxygen Therapy is a clinically established, non-invasive treatment modality that enhances patient outcomes and meaningfully expands hospital capabilities — delivering both clinical and operational value.
Improved Clinical Outcomes
Demonstrated efficacy in wound care, complex infection management, radiation tissue damage, and emergency interventions — improving recovery rates and patient safety.
Expanded Treatment Capabilities
Adds a high-value treatment modality to your facility, enabling management of specialised cases that would otherwise require referral — retaining patients and revenue.
Increased Patient Referrals
Positions your facility as a specialist referral destination for wound care centres, oncology units, ENT specialists, and emergency departments.
New Revenue Streams
HBOT generates sustainable clinical revenue through both acute and elective treatment pathways — contributing to hospital financial performance and departmental growth.
Complements Existing Services
Integrates naturally with surgical, oncology, wound care, rehabilitation, and emergency departments — enhancing the breadth and depth of your clinical offer.
Clinical Applications
HBOT addresses a wide spectrum of clinical conditions — from emergency trauma and infectious disease to chronic wound care and neurological rehabilitation.
Select Your Chamber Type
OPES ORION delivers a full range of hyperbaric systems tailored to hospital requirements — explore each configuration below.
Chamber — Image 2
Monoplace
Hyperbaric Chamber
A Monoplace chamber is designed to treat a single patient at a time. The entire chamber is pressurised with 100% medical-grade oxygen, allowing the patient to breathe oxygen directly from the chamber environment during treatment.
- Single-patient treatment system
- Compact footprint — ideal for smaller facilities
- Patient lies on a stretcher or reclining platform
- Acrylic viewing windows for continuous monitoring
- Controlled therapeutic environment
- Widely used in hospitals and hyperbaric clinics
Chamber — Image 3
Multiplace
Hyperbaric Chamber
A Multiplace chamber is designed to treat multiple patients simultaneously. The chamber is pressurised with medical-grade air while patients breathe 100% oxygen through masks or hood systems during treatment.
- Multiple-patient treatment system
- Higher throughput for hospital-scale operations
- Oxygen delivered via masks or hoods
- Medical attendants can accompany patients inside
- Large chamber interior — mobility for staff and equipment
- Cylindrical and rectangular configurations available
Chamber — Image 4 & 5
Modular Rectangular
Hyperbaric Chamber
The world's most advanced hyperbaric design. Passes effortlessly through standard 3-foot hospital doorways — eliminating the need for wall demolition, cranes, or heavy rigging. Expandable from 2 to 24 patients by adding modular sections.
- Fits through standard 3-foot hospital doorways
- Zero demolition — direct installation into existing clinics
- Expandable: 2 to 24 seats by adding modular blocks
- Fire-retardant memory foam seating with extra legroom
- Full wheelchair and ICU stretcher accessibility
- Rectangular profile maximises internal volume vs cylinders
| Dimension | Traditional Cylindrical | Modular Rectangular |
|---|---|---|
| Installation Logistics | Cranes, heavy rigging, wall demolition | Passes through standard 3-foot hospital doorways |
| Spatial Efficiency | Wasted curved space, awkward room placement | Maximised rectangular efficiency, flush to walls |
| Critical Care Access | Narrow, elevated round hatch | Floor-level rectangular door, full stretcher access |
| Patient Experience | Cramped, tube-like, shared environment | Private, room-like sanctuary with extra legroom |
| Scalability | Fixed capacity — requires buying a new unit to grow | Expandable from 2 to 24 seats by adding modular blocks |
Advantage of Modular HBOT Systems
Engineered for hospital deployment — minimising civil disruption while maximising clinical capacity, safety, and long-term operational value.
Expandable Capacity
Scale from 2 to 24 patients by adding modular sections — no new purchase, no demolition, no downtime.
Minimal Civil Works
Installs directly into existing hospital wings through standard doorways — no cranes, no wall removal, no halting operations.
Configurable Layouts
Seating, stretcher, and mixed configurations — customisable to suit clinical workflow, patient mix, and room dimensions.
Integrated Safety Systems
NFPA-99 compliant fire suppression, built-in safety curtain, and ASME/PVHO pressure integrity systems — absolute patient safety.
Oil-Free Medical Air
Medical-grade oil-free compressors deliver absolute air purity — ensuring 100% compliant breathing environment throughout treatment.
Thermal & Environmental Control
Optimised Environmental Control Units (ECU) maintain patient comfort, humidity, and temperature throughout every session.
Communication Systems
Integrated patient-staff communication, CCTV monitoring, and intuitive control consoles for precise pressure management.
Core HBOT System Components
A complete HBOT installation is a fully integrated system — from the chamber and control console to medical gas, safety, and environmental control. OPES ORION coordinates all components as a single turnkey delivery.
Advanced Operating Consoles
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Image 7 (bottom)
Image 5 (middle)
Uncompromising Safety & Global Compliance
Every TEKNA system supplied by OPES ORION is built to the absolute highest international standards — compliance without compromise.
Engineering Integrity
ASME PVHO-1 & National Board — the gold standard for pressure vessel safety and structural performance.
Fire & Electrical Safety
NFPA-99 compliant dry stack fire suppression system — automatic activation for absolute patient protection.
Medical Device Clearance
US FDA 510(k) cleared and CE (PED) marked — validated for clinical use across international markets.
Quality Management
ISO 13485:2016 and MDSAP certified — rigorous quality management across design, manufacture, and supply.
& Global Compliance — Image 8 (top)
Heritage 1989–Present — Image 8 (middle)
Planning an HBOT
Facility?
OPES ORION delivers fully integrated, compliant, and scalable HBOT solutions tailored to your project requirements — from chamber selection and facility design to installation and lifecycle support.
Request Technical ConsultationHow We Deliver Your HBOT Facility
From design brief to commissioning and lifecycle support, OPES ORION provides end-to-end implementation — ensuring compliance, performance, and operational continuity across every phase of your project.
Design & Planning
- Clinical workflow design and chamber selection
- Room layout, zoning, and space planning
- Compliance with NFPA, ISO, and local regulations
- Integration with existing hospital infrastructure
Installation & Integration
- Chamber installation and room fit-out
- Medical gas and air systems integration
- Electrical, HVAC, and safety system coordination
- Minimal disruption to existing operations
Testing, Commissioning & Support
- System testing, certification, and compliance verification
- Operator and clinical staff training
- Preventive maintenance programmes
- Lifecycle support, upgrades, and after-sales service
This structured approach ensures seamless coordination between infrastructure, clinical systems, and medical technologies — delivering a compliant, operational HBOT facility from day one.
Designed for Advanced
Clinical Performance
OPES ORION specialises in the design and implementation of advanced Hyperbaric Oxygen Therapy systems — integrating medical technology, infrastructure, and clinical workflows into a seamless, high-performance environment.
From chamber selection to lifecycle support, we ensure every HBOT installation meets the highest standards of safety, compliance, and operational efficiency.
End-to-End Programme Support
Facility planning, chamber installation, operator training, marketing support, and ongoing maintenance — a complete hyperbaric programme partner.
World-Class Engineering Heritage
TEKNA systems — founded 1989, FDA 510(k) cleared, ASME certified — with over $1M+ systems deployed to repeat clients worldwide.
Local Expertise, Global Standards
OPES ORION combines TEKNA's internationally recognised engineering with deep local knowledge of Malaysian healthcare compliance and clinical operations.
Lifecycle Maintenance & Support
Comprehensive chamber maintenance, timely after-sales service, and CME clinical education programmes for your team.
Let's Build the Future
of Healthcare Together
Whether you are planning a new hyperbaric therapy unit or expanding clinical capabilities — our engineering team is ready to support you from concept to operation.