FAQ – ProReset Hyperbaric Chambers

Hyperbaric oxygen chambers come in different types, each designed to serve specific therapeutic needs and environments whether in the comfort of your home or in wellness, physiotherapy and medical clinics or spa’s and hospitals. At ProReset, we offer one of the largest lineups of hyperbaric chamber systems. As a brief summary, the types of chamber systems we offer include, but are not limited to:

  • Wellness (up to 2.4 ATA) and medical chambers (up to 6.0 ATA).
  • Reclining, siting and horizontal lay-down versions.
  • Soft-shelled portable chambers made from TPU or polyurethane as well as hard-shelled chambers made from aluminum or steel.
  • Mono-place chambers for a single user or multi-place chambers for 2-18 people.
  • Depending on the model and requirements, our chambers can come with free flow oxygen and/or with a built-in breathing system (BIBS).
  • Turn-key systems typically include 10-20 Lpm oxygen concentrator(s) and chillers.
  • Veterinary Hyperbaric Chambers designed to accommodate animals such as dogs, cats, horses.

To be able to make the proper recommendations, we first need to perfectly understand your individual requirements so reach out to us today to discuss your specific requirements.

Hyperbaric Oxygen Therapy (HBOT)

Hyperbaric Oxygen Therapy (HBOT) involves placing an individual inside a chamber where the atmospheric pressure is increased above normal levels while breathing oxygen. Studies have suggested that this process enhances oxygen absorption in the blood plasma, allowing oxygen to reach tissues with restricted blood flow. Research suggests that this may contribute to various physiological responses, including:

  • Supporting natural recovery processes, which could aid in post-exercise muscle repair and recovery.
  • Enhancing circulation and oxygenation, which has been linked to various metabolic and cellular functions.
  • Modulating inflammatory responses, as some studies indicate a potential role in balancing pro- and anti-inflammatory markers.
  • Triggering the Hyperoxic-Hypoxic Paradox, a phenomenon observed in some research that may contribute to cellular adaptations and resilience.

Studies indicate that HBOT works through various physiological mechanisms, including:

  • Hyperoxygenation: Increased oxygen levels have been shown to support cellular functions and may influence tissue repair.
  • Vasoconstriction: Some research suggests that higher oxygen levels may contribute to a reduction in localized swelling.
  • Angiogenesis: HBOT has been associated with the development of new blood vessels, potentially improving circulation over time.
  • Fibroblast activity and collagen production: Research suggests that HBOT may influence fibroblast activity, which plays a role in tissue repair and elasticity.

Oxidative stress modulation: Some studies suggest that HBOT may affect antioxidant pathways in the body.

While HBOT has been used in 15 FDA approved medical settings for conditions like decompression sickness and carbon monoxide poisoning, severe infections, including those caused by mold, non-healing wounds, such as diabetic foot ulcers, radiation injuries, arterial gas embolism, gangrene, crush injuries, it has also gained interest in wellness, sports recovery, and longevity applications. Some studies have suggested potential benefits and some promising outcomes have been reported across a variety of groups including: neurological conditions, traumatic brain injury (TBI), stoke, neurodevelopmental disorders like cerebral palsy, alzheimer dementia, chronic wounds, autism spectrum disorder (ASD), chronic pain management, fibromyalgia, sports injuries and sports recovery, anti-aging and longevity, mental health, depression, anxiety, post-traumatic stress disorder (PTSD), radiation-induced tissue damage and the likes of:

  • Athletic recovery – Research indicates that HBOT may support muscle recovery following intense training.
  • General wellness & vitality – Some reports suggest HBOT may contribute to improved energy levels.
  • Anti-aging research – Some studies explore potential links between HBOT and cellular health.
  • Cognitive function – Some research suggests HBOT may influence brain oxygenation, potentially impacting focus and clarity.

It is important to note that while research in these areas is ongoing, HBOT use outside of established medical applications is considered off-label, and individuals should consult professionals before exploring new applications.

For more information, you can refer to this general overview on Hyperbaric Oxygen Therapy.

Some studies suggest that HBOT may influence oxygen levels in tissues and support circulation, leading researchers to explore its potential role in addressing post-viral fatigue. However, more clinical research is needed to determine its full effects.

Inflammation is a complex physiological process. Some research suggests that HBOT may help regulate inflammatory responses by modulating certain cytokine levels. This potential effect has led to interest in using HBOT for recovery support and wellness applications.

For a detailed discussion, you can refer to this general overview on Hyperbaric Oxygen Therapy.

HBOT has been studied in the context of longevity and cellular health. Some research findings include:

  • Telomere length: Studies from Israel indicate HBOT may influence telomere extension by up to 20%, which is linked to cellular aging.
  • Telomeres, the protective caps at the ends of chromosomes, shorten as cells divide, leading to cellular aging. HBOT has been shown to increase telomere length, which is associated with extended cellular life and reduced age-related diseases.
  • Stem cell activation: Some studies suggest HBOT may enhance stem cell release, which is relevant to tissue regeneration.
  • Collagen production: HBOT has been shown to increase collagen synthesis, which supports skin elasticity. Collagen is vital for skin structure and elasticity, but production decreases with age, leading to wrinkles and sagging skin. HBOT can stimulate collagen production, enhancing skin elasticity and reducing wrinkles.
  • Neuroplasticity and cognition: Research has explored HBOT’s impact on brain function and its potential role in cognitive health. Cognitive decline, often linked to reduced oxygen flow to the brain, is common with aging. HBOT can improve cognitive function by enhancing brain oxygenation, promoting new neuron growth, and reducing inflammation.

Research increasingly supports HBOT’s anti-aging benefits, making it a promising option for those aiming to slow down aging and boost vitality. HBOT’s multi-faceted approach promoting telomere lengthening, reducing immunosenescence, enhancing collagen production, upregulating antioxidants, and improving cognitive function offers a comprehensive strategy for healthy aging. While these findings are promising, ongoing research may be needed to further understand these effects.

HBOT Safety, Risks & Contraindications

HBOT is generally well tolerated, but as with any pressurized environment, some individuals may experience mild side effects, such as:

  • Temporary ear pressure discomfort: The pressurization process can cause a feeling of fullness or discomfort in the ears, similar to what is experienced during airplane takeoff or landing. Solution: to relieve the pain, try swallowing or block your nose with both your thumbs of thumb and forefinger and try blowing air out through your nose, doing so equalizes the pressure in both eardrums and relieves the discomfort.
  • Sinus congestion or pain: Changes in pressure may lead to sinus discomfort or congestion.
  • Temporary nearsightedness (myopia): Some individuals may experience changes in vision, such as temporary nearsightedness, which typically resolves after completing therapy.
  • Fatigue: Some patients report feeling tired following HBOT sessions.

These side effects are usually temporary and resolve after the completion of therapy.

HBOT is generally safe and well tolerated by most people. Always check with your health practitioner before starting HBOT:

Absolute Contraindication for HBOT

  1. Untreated pneumothorax – a condition is when air becomes trapped between the lung and chest wall, causing lung collapse. Pneumothorax must first be treated before undertaking HBOT sessions.
  • This the most critical contraindication for HBOT. Increased pressure during treatment can expand trapped air, leading to a life-threatening tension pneumothorax.
  • Pre-session chest imaging is mandatory to rule out this risk.

2. Inability to Equalize Ear Pressure

  • Users who cannot equalize ear pressure due to conditions like Eustachian tube dysfunction, severe congestion, or anatomical abnormalities are at high risk of middle ear barotrauma.
  • Failure to manage this risk can lead to severe pain, eardrum rupture, or other complications, making this an absolute contraindication.

Relative Contraindications for HBOT

These conditions do not rule out HBOT entirely but require additional precautions or adaptations. 

  1. Certain Chemotherapeutic Agents
  • Bleomycin: Increases the risk of pulmonary toxicity.
  • Doxorubicin: May exacerbate cardiac toxicity.
  • Cisplatin: Can impair wound healing when combined with HBOT.
  • Careful timing and consultation with the oncologist are required when using HBOT alongside these agents.

2. Recent or Current Use of Sulfamylon (Mafenide Acetate)

  • This burn-care medication inhibits carbonic anhydrase, leading to hypercapnia during HBOT. Treatment should be delayed until the medication is discontinued.

3. Upper Respiratory Infections or Sinus Congestion

  • Blocked sinuses can cause barotrauma during pressure changes. Decongestants or delaying treatment until symptoms resolve are recommended.

4. Claustrophobia

  • Severe anxiety related to confined spaces may require sedation or counseling to complete treatment.

5. Chronic Obstructive Pulmonary Disease (COPD) with CO2 Retention

  • People may experience hypercapnia due to increased oxygen levels. Close monitoring and adjusted protocols are essential.

6. Seizure Disorders

  • While rare, oxygen toxicity can trigger seizures. Patients with epilepsy require modified pressure and duration protocols.

7. Pregnancy

  • HBOT is generally avoided during pregnancy unless addressing life-threatening conditions, as its safety for fetal development is not fully established.

8. Uncontrolled Hypertension

  • Vasoconstriction from HBOT can cause mild increases in blood pressure. Pre-treatment stabilization and monitoring are advised.

9. Implanted Devices

  • Pacemakers, defibrillators, and insulin pumps should be evaluated for compatibility with HBOT environments.

10. History of Pulmonary Edema or Heart Failure

  • Patients with cardiac issues require baseline evaluations due to risks of fluid overload and vascular resistance changes. Ejection fraction <25% can lead to pulmonary edema

11. Diabetes Mellitus

  • Increased glucose utilization during HBOT can lead to hypoglycemia. Blood sugar levels should be monitored before and after sessions.

12. Middle Ear or Sinus Surgery

  • Altered anatomy may increase the risk of barotrauma, requiring slower pressurization protocols.

13. Recent Chest Surgery or Thoracic Trauma (within last week)

  • Patients recovering from chest procedures or injuries may have residual air pockets or compromised healing that requires careful evaluation.

14. Untreated Glaucoma

  • Elevated intraocular pressure should be monitored, especially in patients with narrow-angle glaucoma.

Individuals should consult a qualified healthcare professional before undergoing HBOT to ensure it is safe and appropriate for their specific health conditions.

For Businesses & Clinics Considering HBOT

Market data and demand suggest that HBOT is gaining popularity in sports recovery, wellness, general health, anti-aging and longevity industries. Businesses in functional health, spas, physiotherapy centers, and athletic performance facilities have explored offering HBOT as part of their services to attract clients interested in recovery, performance, and overall well-being.

  • Mono-place chambers: Typically require 230-300 cm in length by 90-120 cm in width.
  • Multi-place chambers: Require more space depending on the occupant capacity.
  • Additional equipment: Space is also needed for oxygen concentrators, compressors, and chillers.

Our team will be glad to work with you and provide detailed specifications to match your facility’s needs.

  • Initial investment: Costs vary based on chamber type, size, and features.
  • Maintenance: Includes regular servicing, oxygen concentrator maintenance, and possible filter replacements.

Businesses should factor in these ongoing costs when integrating HBOT into their offerings.

Laws and regulations vary by Country and region. Businesses should ensure compliance with local safety codes, proper staff training and certification, and equipment maintenance protocols. We recommend consulting with your local regulatory authorities before launching an HBOT service.

Safety is a critical concern especially if not managed properly when offering HBOT. It is essential to adhere to all safety protocols, including proper training for staff, regular chamber maintenance, and strict procedures for client usage. Businesses should also look at local and national regulations and requirements, when it comes to operating a hyperbaric oxygen chamber. Additionally, it’s important to have proper emergency procedures in place and ensure that qualified personnel are available to monitor the chamber during sessions. We highly recommend for all staff that will be operating the chamber to undergo a proper HBOT certification course so everyone is properly trained and safety procedures are followed. Ask us about which certification courses we recommend.

To effectively market hyperbaric oxygen therapy (HBOT), it’s important to educate the community and potential clients about its benefits, as many may be unfamiliar with the therapy. Emphasize its demonstrated advantages in areas like accelerating recovery, reducing inflammation, and promoting overall wellness. Offering introductory sessions or discounted packages can encourage first-time clients to try HBOT. Additionally, using testimonials from satisfied clients, creating informative content (e.g., blog posts, videos), and partnering with healthcare professionals to validate its benefits can build trust and credibility. Target specific groups, such as athletes, individuals recovering from surgery, or those interested in anti-aging treatments, to attract a diverse client base. However, avoid making medical any claims!

Whether you are a functional medicine practitioner ready to expand your practice and achieve better results for your clients, a clinical consultant or wellness specialists who wants to learn how to apply HBOT safely and effectively, and earn a certification, or you are a health and wellness enthusiasts who is interested in using HBOT for personal health and disease prevention.  An approved hyperbaric certification course is highly recommended and probably the best investment coupled with your hyperbaric chamber. Training provides staff with the necessary knowledge for safety, operational efficiency, and quality client care. An approved course will certainly increase your client results, expand your practice and elevate your expertise.

While accreditation or certification, such as from the International Board of Undersea Medicine (IBUM) may not be not a legal requirement, it certainly demonstrates a commitment to education, safety and high industry standards. Accreditation enhances trust and establishes credibility with clients, other health practitioners and the community.

To maintain top levels of safety, businesses should implement comprehensive safety protocols, including:

  • Accredited HBOT certification course for clinic manager, safety director and all staff operating a chamber.
  • Continuing education to stay on top of developments and latest HBOT protocols.
  • Staff training to manage risks and operational challenges.
  • Regular maintenance of your hyperbaric chamber equipment.
  • Thorough emergency response plans based on your industry and chamber type.

The decision should align with your business type, facility, license, objectives and who your client base is. Medical-grade chambers are best for FDA-approved conditions and medical applications like wound healing, mold toxicity recovery, and decompression sickness. In contrast, non-medical or wellness chambers are more suitable for wellness-focused businesses providing sessions for athletic recovery, longevity, anti-aging and various off-label uses.

For Resellers & Distributors

Yes! We offer reseller opportunities in select regions. Benefits of becoming a reseller include bulk pricing discounts, marketing and business support, and possible exclusive territorial agreements (where applicable). Contact our team to discuss reseller opportunities.

Various models have various certifications. Chambers offered by ProReset comply with one or more of: CE, ISO, PED, PVHO, ASME and other relevant certifications. However, buyers should verify with the ProReset team the available certifications for your model of interest and local compliance requirements before purchasing.

All chambers come with a 3-year manufacturer warranty, and extended warranty and service plans may be available. Please check with ProReset hyperbaric advisors.

We collaborate with certain third-party financing providers and only in certain Countries and for established business. We urge you to discuss financing options with your own financial institution which will most likely be a cheaper and quicker financing solution.

Redlight therapy

Red light therapy is a simple, non-invasive treatment that shines red and near infrared light on a person’s skin and reaches the cells. Red light therapy involves using low-wavelength red light to promote healing and rejuvenation in the body.

Red light therapy works at wavelengths at 660 nm and near infrared wavelengths at 850 nm.

The red light is absorbed by the mitochondria, the energy-producing structures in cells. This boosts ATP (adenosine triphosphate) production, enhancing cellular energy and function.

Red light therapy promotes greater efficiency and balance in the cellular energy production process.

A large base of clinical research has found that this leads to enhanced ATP energy production, increased collagen production, reduced oxidative stress, faster muscle recovery, and a lot more natural health benefits.

Yes, light therapy has been extensively studied and tested. There are more than 5,000 studies that demonstrate the effect of Red Light Therapy.

The optimal distance for red light therapy can vary depending on the device used, but generally, a distance of about 15 to 90 cm from the light source is recommended.

Red light therapy sessions typically last between 10 to 20 minutes, depending on the device and the specific treatment area.

Session longer than 20 minutes has no additional beneficial effect. It won’t be harmful, but won’t be useful either.

The number of sessions needed for red light therapy can vary based on factors like the condition you’re treating, the device’s strength, and individual response. Here’s a general guide:

  • Skin rejuvenation and anti-aging: Many people start seeing results in 4–6 weeks with 2–3 sessions per week. Maintenance sessions every 1–2 weeks may help retain results.
  • Pain relief and muscle recovery: For acute pain, you might need daily sessions initially, then decrease to a few times a week as symptoms improve. For chronic pain, it can take several weeks of consistent treatment.
  • Wound healing: This may need more frequent sessions (daily or every other day) until significant improvement is noticed, often within a few weeks.

Even though red light therapy can still be beneficial with light clothing and make up, you would get much better results if you do this on bare and clean skin.
The covered areas not exposed directly to the light won’t receive any benefits.

Red light is visible to the human eye. Typically has wavelengths around 630–660 nanometers. It penetrates skin up to a shallow depth, typically reaching just below the skin’s surface.
Near InfraRed (NIR) light is invisible to the eye. It falls between 800–850 nanometers, penetrating deeper into the body, reaching muscles, joints, and other deeper tissues.
Both types are often combined in therapy devices for comprehensive benefits, as red light targets surface tissues, while NIR reaches deeper layers.

Red light therapy devices emit only specific wavelengths in the red (around 630–660 nm) and sometimes near-infrared (800–850 nm) ranges. These targeted wavelengths are chosen for their therapeutic effects.
Sunlight has a full spectrum of wavelengths, including visible light and invisible light (ultraviolet, or UV, and infrared). UV light, in particular, is responsible for vitamin D synthesis in the skin but can also cause sunburn and skin damage with overexposure.

No, they are very different therapies.

No, red light therapy will not tan your skin. Tanning is caused by ultraviolet (UV) light, which stimulates melanin production in the skin. Red light therapy, on the other hand, uses red and near-infrared light wavelengths, which do not include UV light and, therefore, do not cause tanning.
Red light therapy can improve skin health and tone, potentially giving skin a brighter appearance, but it won’t result in a tan or increase melanin production.

Red light therapy is considered safe and has not been shown to cause cancer. Unlike ultraviolet (UV) light, which has been linked to skin cancer by damaging DNA, red and near-infrared (NIR) light do not contain UV wavelengths and do not have the same potential for DNA damage.

Red light therapy does not harm the eyes. But you should not look directly into Red Light Therapy devices. Just close your eyes or use eye protection.

Red light therapy is generally safe and well-tolerated, but some people may experience mild side effects, especially if they are sensitive or if the therapy is overused.
Following the recommended usage guidelines and starting with shorter sessions can help minimize the risk of side effects.

Red light therapy should be used with following conditions: pregnancy, epilepsy, active cancer lesions, and anyone taking photosensitive medications.

For effective treatment it’s better to remove all jewelry that could reflect light. Try to avoid using make up or body lotions with light-blocking. Hydration would be beneficial prior to the treatment.

The lights themselves remain cool, but your body temperature rises during the treatment, resulting in a sensation of warmth.

Water is crucial for cellular functions, and your cells will be actively engaged in their work after therapy. Make sure that you are well hydrated and eat healthy to provide your cells with the necessary resources for recovery.

The time it takes to see results from red light therapy can vary based on factors like the condition being treated, session frequency, and individual responses. Here’s a general guideline for common uses:
– Skin Rejuvenation and Anti-Aging: Many people begin to notice improvements in skin tone, texture, and fine lines within 4–6 weeks of consistent use (2–3 sessions per week). Full results may take 8–12 weeks.
– Pain Relief and Muscle Recovery: For acute pain or sore muscles, some relief may be felt after just a few sessions. For chronic pain, it can take a few weeks (usually 2–4 weeks) with regular sessions to see significant improvement.
– Wound Healing: Small cuts or superficial wounds may show faster healing within days to a couple of weeks. Larger or chronic wounds might require longer, with visible results usually appearing after a few weeks.
– Hair Growth: For hair loss treatments, noticeable results can take longer, often requiring 2–3 months of consistent use to see new hair growth and improved thickness.
Consistency is key, as results are cumulative. Most people use red light therapy 2–3 times per week for optimal results, and adjustments may be made based on individual progress

Here’s what to look for:
Changes in skin texture, reduced redness, fewer breakouts, and diminished fine lines and wrinkles. Pain and inflammation relief after sessions. You may notice reduced muscle soreness and quicker recovery times. You might also feel less stiffness or tightness, which can be good indicators that it’s helping. You can also notice an improved mood, better sleep, or increased energy with regular use.

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