OxyNova 7 Hyperbaric Chamber
The OxyNova 7 is a spacious one person chamber for hyperbaric oxygen therapy (HBOT)
The streamlined design fits easily into any room, while being incredibly comfortable.

Mild Hyperbaric Oxygen Therapy (mHBOT) is a noninvasive method of healing and recovery. Mild HBOT is safe for people of all ages. It works by saturating the body’s cells with pure oxygen using a pressurized hyperbaric chamber.

What are the benefits of HBOT?
There are multiple studies and amazing stories about the many benefits of Hyperbaric Oxygen Therapy.
HBOT can be used proactively and preventively to improve health and wellbeing.
HBOT increases athletic ability and all forms of performance from the sports field to the workplace.
HBOT enhances longevity, anti-aging and aesthetic beauty.
HBOT improves cognitive function and neurological health.
HBOT restores health and helps healing in a wide range of conditions and cases.

Find an extended list of the benefits and applications of Hyperbaric Oxygen Therapy at the bottom of the page.

Why do we need Oxygen?
Oxygen is one of the most important elements required to sustain life and it is essential for energy production in cells. Our body contains a system of 75 trillion cells which provide the energy required for the brain and organs to function. Each cell needs two things to produce energy: nutrients and oxygen.
Oxygen naturally moves through the body, carried by red blood cells and dissolved in fluids like plasma.

Why should we optimize Oxygenation?
Enhanced oxygenation by optimizing the natural absorption of oxygen through increased atmospheric pressure encourages better circulation and supports the creation of new pathways to areas with limited blood flow, allowing the oxygen in plasma to travel deeper into these areas. This has many benefits, including cellular renewal, detoxification, immune system, cognitive function and more

How does Mild Hyperbaric Oxygen Therapy (mHBOT) work?
MHBOT sessions take place in a sealed inflatable space where gentle pressure rises to a safe 1.4 ATA.
This creates an environment that effectively enhances oxygen distribution throughout the body, with concentrations optimized to support cellular and fluid revitalization for optimal oxygen absorption.

A mild hyperbaric environment allows the necessary amounts of oxygen to penetrate fully into the body’s tissues.
This brings you all of the benefits of oxygen without the risk of oxidative damage.

OxyNova 7 Technical Specifications
WORKING PRESSURE: 1.4 ATA (0.4 bar / 40 kPa / 5.7 psi)
DIAMETER: Ø 72 (28 inches)
LENGTH: 229 cm (90 inches)
WEIGHT: 14.5 kg / 31,9 lbs
WINDOWS: 8 double layered 5 ½” (14-cm) windows
AIR VOLUME DELIVERY: 160 litres/min
VOLUME: 0.562 M3 (± 5 %)
SOUND LEVEL: Less than 60 dB (A)
POWER: 800 W, single phase
PASS-THROUGH FITTINGS: 8 custom-interchangeable positions with dimmable LED lighting

Why Choose OxyNova?
OxyNova hyperbaric technology is designed for safety and comfort and built for performance and durability.
HBOT can be enjoyable and easy to incorporate into your routine and space.
OxyNova has the best user experience, an easy to operate, portable hyperbaric chamber.
Accessible from the outside and the inside without any assistance, comfortable and quiet.
Usable for everyone, personally and professionally even with intensive use.

Layered Windows
The windows have a diameter of 5 1⁄2” (140mm) per unit.
These numerous windows allow you to keep an eye on the environment, increase the inner brightness of the chamber by letting in natural light to feel safe and decrease the claustrophobic feeling some people might feel.
To ensure maximum safety, the windows have a double or triple thickness (double for Series 5-7-8 and triple for Series 9).

Orthopedic Mattress
The contoured orthopedic Viscogel mattress is adjusted to the inner shape of the chamber.
The mattress is composed of antiallergenic, high density, and anti-dust mite urethane foam.
A layer of medical memory foam adds to the overall comfort.
This orthopedic mattress is also covered with an antimicrobial fabric that can be disinfected and sanitized.

Quiet Sound
Sound levels inside the Oxynova Chamber are below 60 db.
This is below normal conversation noise level, a breath above a whisper.
Making the chamber quiet enough to meditate, read, listen to audios or even nap during a session.

Strongest Materials
The inflatable fabric is Kevlar base and Aramid which makes it the strongest soft chamber in the world..
The OxyNova exclusive double welding process creates maximum reinforcement and durability,
Tested against the effects of repeated inflation/deflation cycles.
The double or triple integrated system zipper accentuates mechanical stability.

Reinforced Structure
The Surgical Grade Stainless Steel Structure keeps the shape of the chamber, eases access, decreases inflation time.
The frame includes rings for both extremities and two transverse stems.
The quick connecting fastening system is exclusive to OxyNova.

Portable and Lightweight
OxyNova has a modular assembly system that is portable, lightweight and simple to install.
The HBOT chamber can be disassembled into individual parts for easy transportation.
It can be assembled without any tools, in less than 30 minutes.

Oxygen Compatibility
Made with materials 100% compatible with oxygen
All metallic parts are made from special lab-grade and surgical-grade, 100% stainless steel.
Our chambers are sealed with high-frequency and adhesive-free welds.

Energy Efficient
OxyNova hyperbaric chambers consume less energy.
They only use ambient air, and deliver ± 93% Oxygen Purity (under pressure) by the oxygen concentrator.
Compared with other HBOT technology, which involves systems that are compressed with pure 100% oxygen from cylinders, our systems only require a ventilated room and an electrical plug.

Ventilation System
OxyNova HBOT chambers are dynamic, which means that we have a constant airflow (ventilation).
Our portable hyperbaric chambers are powered by an oil-free air compressor, which provides constant ventilation inside the chamber with an airflow of 168 l/min using laboratory-grade flexible tubing and coupling connectors.

Powerful Compressor
OxyNova compressor is a rotary vane type this powerful compressor provides a high airflow (above 168 litres per minute) at its working pressure eliminating the risk of a decrease in oxygen levels and an increase in carbon dioxide levels in the chamber. Even after it reaches maximum operating pressure, the compressor is still delivering 168 l/min.

Air Quality
Every 7 minutes, the entire air from inside the chamber changes completely.
This unique process ensures low levels of CO2 and high levels of Oxygen inside the chamber throughout the session.
A special coating exclusive to OxyNova, on the inner surface of the chamber eliminates off-gassing
(formaldehyde and other plasticizers) usually found in soft chambers.

Constant Airflow
Pressure regulating valves and the compressor distribute enough airflow to provide a clean and unpolluted environment for 2 person therapy sessions simultaneously. An air inlet is positioned at the head end of the chamber, on the right side. The hose has a matching quick coupler that connects to it.

Antibacterial Environment
The oligodynamic compressor is made entirely out of antibacterial silver, creating a natural bacteria free environment .

Third-Party Certified
OxyNova chambers are designed, manufactured, distributed, installed and serviced to the highest quality standards.
The technology specifications and performance levels of OxyNova meets clinical research standards and
OxyNova HBOT chambers have been used in several clinical trials.

Lifetime Warranty
Safety and product quality at OxyNova is paramount. All chambers undergo a multi-stage inspection at all production stages, from manufacturing, assembly, shipping, and maintenance to ensure your safety and satisfaction.
Each seam, seal, and window is “stress-tested” at a higher pressure to greatly exceed any safety standards.
A “burst” test on randomly selected chambers during production is part of strict quality and safety control procedures.

What are the differences between Hard hyperbaric chamber and Soft hyperbaric chamber?
Hyperbaric Oxygen Therapy can be separated into two categories: high pressure and low pressure.
High-pressure HBOT, or hospital-grade HBOT is carried above 2 ATA.
Low pressure or mild HBOT refers to pressures below 2 ATA.

The higher pressures in prescription only, hospital HBOT machines are used to treat acute issues and injuries.
Lower pressure HBOT is safer, suitable for proactive wellness and preventative health and consistent home use.

Medical hard-shell hyperbaric chambers:
Pressure higher than 2.0 ATA. The pressure inside the hard chamber can reach 3.0 ATA or higher.
Medical hyperbaric oxygen chambers are pressurized with 100% pure oxygen.
A doctor’s prescription is required for medical Hyperbaric Oxygen Therapy inside a hard chamber at a hospital or clinic.

OxyNova soft-side hyperbaric chambers:
Pressures between 1.2 ATA and 1.5 ATA.
OxyNova mild hyperbaric chambers (mHBOT) are soft and inflated to reach operating pressure using ambient air.
The user inhales oxygen-enriched air at pressures between 1.2 and 1.4 ATA (slightly higher than sea level pressure).
OxyNova hyperbaric chambers are safe and efficient for home use.
OxyNova portable hyperbaric chambers are recommended for mild hyperbaric oxygen therapy at home.
OxyNova soft chambers are safe, without side effects, so don’t require special assistance like medical-grade HBOT.

OxyNova mHBOT chambers facilitate recovery across the health, fitness and wellness industries.
To maintain good physical condition, there must be a constant balance between the demand for and the supply of oxygen. Mild HBOT balances this oxygen equation. Studies confirm that mild hyperbaric devices complement the work of physiotherapists, occupational therapists, athletes, chiropractors, osteopaths, naturopaths and other fitness, health and healing professions.

More benefits of Hyperbaric Oxygen Therapy using an HBOT Chamber
concussion and head injury recovery (past and present
neurological benefits
encourages neuroplasticity
repairs gray matter
repairs white matter
reaches oxygen-deficient areas of the brain
increases oxygen saturation to the brain
reduces cerebral edema and neuroinflammation
increases stem cell production
improves cerebral blood flow
aids in brain injury recovery
potential benefits for alzheimer’s disease management
management of ptsd symptoms
potential benefits for peripheral neuropathy
treatment for chronic stroke
potential benefits for autism in children
faster healing times for all conditions
wound healing acceleration
targets injured areas
facilitates faster recovery
decreases inflammation of injured areas
enhances oxygen absorption
improves chronic skin damage
heals necrosis
stimulates o2-dependent collagen matrix formation
reduces edema
attenuates ischemic-reperfusion damage
enhances angiogenesis and neovascularization
aid in healing skin
management of diabetic foot ulcers
treatment for radiation-induced tissue damage
treatment for brain abscesses
potential benefits for RSD (reflex sympathetic dystrophy)
treatment for decompression sickness and air embolism
carbon monoxide poisoning management
promotes skin rejuvenation
cellular renewal
stimulates collagen production
reduces the appearance of fine lines and wrinkles
treats burns and topical damage
immune system support
facilitates detoxification
suppresses inflammatory mediators
inhibits autoimmune syndrome and immune reactions
immunomodulatory effects
antimicrobial effects destroying infection-causing bacteria
resilience to illness and infection
strengthens musculoskeletal and motor function
repairs ligament tears
improves motor skills, muscle tone, motricity, and spasticity
increases fine motor skills
reduces muscle cramps
increases muscle strength
reduces muscle fatigue and exhaustion
enhances athletic performance
faster recovery from exercise
increases various functions of metabolism
improved blood circulation
increased blood flow
increases red blood cell production
increases blood oxygenation
grows new blood vessels (angiogenesis)
hyperoxygenation of tissues
mitochondrial support
enhanced free radical scavenging
prevents fatigue, increases endurance, accelerates recovery
calming and regulating effect on the body and mind
non-invasive anti-inflammatory
increases stem cell activation and regeneration
stem cell mobilization
reverses aging biomarkers
pain management
rehabilitation of old injuries and trauma
possible treatment for lyme disease
symptom management of chronic viruses and infections (such as long covid)
potential benefits for fibromyalgia