FEEL BETTER. MOVE EASIER. LIVE FULLY.
The Future of
Non-Invasive Care Starts With You.
You don’t have to live with ongoing discomfort or wait months for referrals to begin feeling better.
What is CiraPro?
CiraPro is an advanced Class IV photobiomodulation (PBM) device that delivers targeted infrared light into the body to help reduce pain and inflammation. While CiraPro itself does not claim to heal or repair tissue, published PBM research on similar devices has explored how specific wavelengths of light may influence biological processes related to comfort, mobility, and recovery. Published PBM studies have shown that light-based therapies may:
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Support reductions in inflammation and discomfort³⁴
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Influence circulation and localized blood flow, which may contribute to improved mobility⁵⁶
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Affect cellular energy (ATP) and mitochondrial activity, mechanisms believed to play a role in how the body responds during the recovery process¹²
These scientific insights help explain why many patients report feeling better as part of their experience with PBM.
CiraPro offers a non-invasive, drug-free option designed to help reduce inflammation and pain — two of the biggest barriers to comfort and movement.
No drugs.
No surgery.
No downtime.
Just support you can feel — safely and effectively.
How Photobiomodulation Is Being Studied
During treatment, CiraPro delivers infrared light to targeted areas. In PBM studies, similar light-based devices have been shown to interact with mitochondria — the structures responsible for cellular energy.
This process may contribute to:
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Modulation of inflammation³⁴
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**Changes in cellular energy activity (ATP)¹²
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Biological responses associated with comfort and functional movement
While CiraPro does not claim to heal tissue, the growing PBM research base continues to explore how these mechanisms may influence the recovery experience.
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What to Expect
Treatment Time: 10–60 minutes (10 minutes typical)
Sensation: Gentle warmth; relaxing and soothing
Aftercare: No downtime
Many individuals report feeling relief within several sessions, although experiences vary. Consistency matters — your provider will design a personalized plan based on your goals, condition, and lifestyle.
Typical frequency may include:
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Acute discomfort or recent injuries: 2–3 sessions per week
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Chronic or ongoing issues: Treatment frequency varies based on each client’s individual goals, condition, lifestyle, activity level, and response to care. Some clients benefit from more consistent support initially, followed by maintenance or as-needed care over time.
Your provider will guide you through what’s best for your unique needs.
Why Patients Choose CiraPro
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Fast results: Noticeable improvement in 1–4 sessions
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Deep-tissue penetration: Reaches tissues cold-laser systems cannot
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Safe & non-invasive: FDA-cleared, drug-free, clinically supported
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True healing: Supports your natural healing process instead of masking symptoms
Cold lasers = surface-level light
CiraPro = deeper-penetrating Class IV PBM designed to reduce pain and inflammation
WHAT PROFESSIONALS AND PATIENTS ARE SAYING
“This is amazing. I showed up in pain and it is dissolving under a laser beam.”
–PGA Amateur Golfer
WHAT CLIENTS SAY
"My back is actually really feeling good.. it's loose.. I'm going to be able to get through 18 [golf holes]. I needed it, I needed it."
–Casey Hayward, former NFL cornerback
WHAT CLIENTS SAY
“"I could not move earlier today until I went to the laser, and now I am able to get up and down" ”
–Greg Heath, Pro / Am Golfer
WHAT CLIENTS SAY
“I had a stiff low back that was building up the past 3 days.. 10 minutes with the laser, 80% of that was gone."
–Larry Stevens, PGA pro am caddy
WHAT CLIENTS SAY
"I was back on the pickleball court in 3 weeks"
– Mindy, Healios client, hamstring pull
WHAT CLIENTS SAY
"The laser helped me keep up with the load that I needed in order to qualify for the Boston marathon."
– Mary, Healios client, hamstring tendinopathy
References
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Leal-Junior et al., Lasers in Medical Science, 2019 – accelerated muscle recovery & tissue repair
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Ferraresi et al., Journal of Biophotonics, 2015 – ATP increase & performance enhancement
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Chung et al., Annals of Biomedical Engineering, 2012 – pain & inflammation reduction
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Avci et al., Photomedicine & Laser Surgery, 2013 – anti-inflammatory effects
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Baroni et al., Lasers in Surgery & Medicine, 2021 – improved circulation & tissue oxygenation
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dos Santos et al., Journal of Clinical Medicine, 2022 – post-surgical recovery support
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Bjordal et al., British Journal of Sports Medicine, 2006 – pain relief evidence
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Alves et al., Journal of Cosmetic and Laser Therapy, 2020 – scar tissue improvements
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Yousefi-Nooraie et al., J Rehabil Res Dev., 2008 – arthritis & joint function improvement
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Khuman et al., Lasers Med Sci., 2019 – neuropathic pain relief
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Zein et al., Photodiagnosis and Photodynamic Therapy, 2021 – autoimmune-related inflammation modulation
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Ramos et al., Lasers Med Sci., 2020 – exercise recovery & athletic performance gains
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Huang et al., Journal of Biophotonics, 2009 – mitochondrial stimulation & tissue repair