Our 2026 social events calendar
This year, we’re joining key global conversations on health, recovery, and longevity. Each event is an opportunity to connect with clients and partners, exchange ideas, and showcase how we’re advancing hyperbaric care at the intersection of medical efficiency, technological simplicity, and human impact.
1. WHX Dubai 2026
📍 Dubai, UAE| February 09–12
2. Abundance Summit
📍 Los Angeles, USA | March 08–12
3. FIBO
📍 Koln, Germany | April 16–19
4. Life Summit Berlin
📍 Berlin, Germany | May 29–30
5. Health Optimization Summit
📍 London, England | September 11–13
6. MEDICA Trade Fair 2026
📍 Düsseldorf, Germany | November 17–20
THE DEEP DIVE
Read in-depth stories and case studies, dive into the science behind hyperbaric oxygen therapy, and discover the hyperbaric technology shaping the future of medicine.
HYPERBARIC TECHNOLOGY
Explore professional chamber engineering and pressure-system design
We design and engineer HBOT chambers to enable optimal conditions and user experience for effective oxygen therapy, empowering people to improve recovery and achieve better health, and overall well-being.
Trusted by healthcare experts, elite athletes and government institutions.
HPOTECH is the trusted hyperbaric technology partner for hospitals, healthcare centers, wellness centers, sports recovery centers, elite athletes, and government healthcare facilities worldwide.
HYPERBARIC CHAMBERS
Hyperbaric chamber projects can be specified for single-occupant or multi-occupant use.
Choose the chamber configuration that fits your project, site and capacity requirements. Select single-occupant hyperbaric chambers, or plan multi-occupant capacity with multiplace hyperbaric chamber systems.
TITAN
- Scalable capacity: 4+2, 6+2, 8+2, 10+2, 12+2 seats
- Pressure range: 3.0 – 6.0 ATA
The powerful, scalable, and smart hyperbaric chamber system
TITAN is a next-generation modular hyperbaric system engineered for hospitals and specialized HBOT clinics. Designed for versatility, our multiplace hyperbaric chambers accommodate up to 12+2 occupants, integrating into various medical settings.
Powered by our patented technology, TITAN integrates both fully automatic and manual controls, ensuring precision and ease of operation. Every project meets the highest medical certification standards, delivering a robust and scalable solution for advanced hyperbaric therapy.
HYPOBARIC CHAMBERS
Simulating high altitudes with the hypobaric chamber for hypoxic training
Our technology platform includes the development of hypobaric chambers for altitude training, covering the entire spectrum of pressure levels, from deep sea (hyperbaric) pressure to high altitude negative pressure (hypobaric) environments.
Hypobaric systems for altitude training
0.356 ATM (negative pressure)
8000 meters altitude
This is the APEX hypobaric chamber.
Your personal mountain.
APEX is designed for altitude training up to 8000 meters (0.356 ATM). It simulates reduced barometric conditions found at high altitudes. Used by elite performance athletes, mountain climbers, military and civilian pilots, even astronauts, the hypobaric chamber builds hypoxia tolerance, the tolerance to low oxygen levels for maximum endurance.
Creating well-documented pressure chamber systems for professional projects is what drives us.
Seeing complex chamber projects move from engineering specification to commissioning gives us a purpose beyond the joy of design and manufacturing.
We’re constantly refining hyperbaric engineering to support reliable pressure control, serviceability, documentation and operator experience.
”Supporting professional teams with reliable chamber engineering is at the heart of everything we do.
Tolga KabakChief Technology Officer
Certifications
HPOTECH hyperbaric chamber documentation includes confirmed ISO quality-system certificates, ASME pressure-vessel manufacturing authorization and project-specific files that should be reviewed per model and destination market.
HPO TECH hyperbaric chambers carry CE marking for conformity with the applicable EU directives, including the Medical Devices Directive 93/42/EEC (MDD), the Machinery Directive 2006/42/EC and the General Product Safety Directive 2001/95/EC.
HPO TECH has transitioned from the Medical Devices Directive (MDD) to the EU Medical Device Regulation (MDR) 2017/745, the current EU framework for medical devices.
UKCA Declaration of Conformity CA No. 202023370 covers HPOTECH hyperbaric oxygen treatment chambers, respirators and oxygen concentrator under General Product Directive 2001/95/EC, issued November 22, 2025 and valid through November 22, 2026; review applicability per delivered configuration.
Medsafe WAND reference 240408-WAND-735V2N lists HPOTECH Hyperbaric GMDN 12061 as an active Class IIb hyperbaric chamber entry for New Zealand, with HPOTECH Medikal Ve Teknik Cozumler San ve Tic AS as manufacturer.
Thai FDA import-notification file 68-2-2-2-0003878 covers Hyperbaric Oxygen Therapy System CKBO12 for the named Thai importer, issued April 17, 2025 and valid until December 31, 2029; verify importer and model scope for Thailand projects.
Malaysia MDA registration certificate GB6211722-106122 covers the HPOTECH hyperbaric oxygen therapy chamber family, Class B, including CKBO 16+2 through CKBO 4+2 and TKBO 1 identifiers, valid October 14, 2022 through October 13, 2027.
Ghana documentation is handled as a market-specific approval item and should be reviewed for the relevant chamber model and configuration.
Saudi market approval status is verified per model, configuration and importer file before a chamber is specified for the Kingdom of Saudi Arabia.
UAE MOHAP and Emirates Drug Establishment documents reviewed for Zeugma Monoplace and Matrix 2.4 ATA state medical-device clearance or advice for named applicants; the documents also state they are not registration certificates, so licensing and importer obligations must be verified per project.
Where PVHO-1 compliance is required, buyers should request model-specific pressure-vessel, viewport and inspection documentation for the selected configuration.
HPO TECH holds ASME Certificate of Authorization No. 62897 for the manufacture of pressure vessels at its Istanbul facility and controlled field sites, authorized December 22, 2025 through December 22, 2028.
For EU pressure-equipment projects, confirm whether pressure-equipment declarations, notified-body involvement or other project files apply to the selected model and destination.
HPO TECH uses third-party hydrostatic and conformity-assessment documentation in chamber QA workflows; project records should identify the witnessing body and test scope per delivered chamber.
Fire-safety requirements depend on local code, oxygen-system design, facility layout and the authority having jurisdiction; request the project fire-safety submittal where required.
For defense or military tenders that require ergonomic-standard conformance, request model-specific documentation; otherwise review the chamber ergonomics through product drawings and specifications.
HPO TECH documentation includes ISO 13485:2016 for hyperbaric oxygen therapy system design, production, sales and after-sales activities, plus ISO 9001:2015, ISO 45001:2018 and ISO 14001:2015 for medical-device sales and after-sales services.
CLIENT SERVICE AND RELATIONS
Book a talk to discover game-changing hyperbaric solutions
Gain industry knowledge for professional chamber projects. Explore custom solutions for your hyperbaric, hypobaric or multibaric chamber specification.
Feel free to book a call with our consultant to explore your options.
Our HBOT technology is making headlines.
Take a breather, catch up on some news about our systems.
Frequently asked questions
Everything you need to know about HPO TECH hyperbaric chambers — configuration, certifications, delivery and support.
What is a hyperbaric chamber?A hyperbaric chamber is a sealed, pressure-rated enclosure that raises the internal environment above normal atmospheric pressure while an occupant sits or lies inside. In equipment terms, it is a pressure vessel for human occupancy, engineered with a defined working-pressure envelope, viewports, seals, controls and gas-delivery systems matched to its intended use.
How does a hyperbaric chamber work?A hyperbaric chamber works by sealing the cabin, increasing internal pressure to a controlled setpoint, holding that pressure for the programmed session, then returning gradually to normal atmospheric pressure. Depending on the model, the chamber may pressurise with air while oxygen is delivered through a mask or hood, or use a single-occupant configuration designed for direct oxygen operation.
What is the difference between a monoplace and a multiplace hyperbaric chamber?A monoplace hyperbaric chamber is built for one occupant and is usually selected for private, boutique clinical or individual recovery environments. A multiplace chamber supports multiple occupants in a shared pressure cabin and is selected for clinics, hospitals, wellness centres or facilities that need higher daily session capacity and attendant access.
What is the difference between a hard-shell and an inflatable hyperbaric chamber?A hard-shell hyperbaric chamber is a rigid pressure vessel built for higher structural stability, defined pressure ratings and professional installation requirements. Inflatable or soft-shell chambers are portable, lower-pressure systems with a different construction class. Buyers comparing the two should evaluate pressure rating, certification scope, intended setting, service support and local compliance requirements.
What is the difference between hyperbaric and hypobaric chambers?Hyperbaric and hypobaric chambers move pressure in opposite directions. A hyperbaric chamber raises internal pressure above normal atmospheric pressure. A hypobaric chamber lowers internal pressure below atmospheric pressure to simulate altitude conditions. They are different engineering categories and are not interchangeable for procurement, installation or operating protocols.
How do I choose the right HPOTECH hyperbaric chamber?Start with occupancy, pressure range, intended setting, daily session volume, certification requirements and site constraints. HPOTECH maps those inputs to monoplace systems such as Petra, Trojan, Matrix and Zeugma, multiplace systems such as Atlantis, Mediterranean and Titan, or APEX when the project requires hypobaric altitude simulation rather than hyperbaric pressure.
