£65
Single session
10–20 minute full-body protocol
£500
Course of 10 — save £150
£50 per session
Clinical-Grade Red Light Therapy
A non-invasive, evidence-based treatment using specific wavelengths of light to stimulate cellular repair, reduce inflammation, and support the biological processes that govern healthy ageing.
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At Reborne, we use clinical-grade full-body panels delivering precise wavelengths of red (630–660 nm) and near-infrared light (810–850 nm) that penetrate deeply into tissues, triggering measurable biochemical responses at the cellular level. Over 5,000 peer-reviewed studies support the clinical applications of photobiomodulation.
The Science of Photobiomodulation
How Light Becomes Medicine
When red and near-infrared light reaches your cells, it is absorbed by the mitochondria — your cellular power stations. The result is a measurable boost in energy production, which your cells use to repair damage, reduce inflammation, and regenerate tissue faster than they otherwise would.
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At the same time, the light triggers the release of nitric oxide into your circulation — relaxing blood vessels, improving blood flow, and delivering more oxygen to the tissues being treated. The effect is real, measurable, and backed by over 5,000 peer-reviewed studies. It happens silently, at the cellular level, while you simply stand or lie in front of the panel.
Clinical Grade
Why Clinical-Grade Matters
The red light therapy market is saturated with consumer devices that produce insufficient power density to reach therapeutic irradiance thresholds. Effective photobiomodulation requires a precise combination of wavelength, power density, and treatment duration — parameters that most consumer panels cannot achieve.
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At Reborne, we use medical-grade full-body panels with validated irradiance outputs, delivering therapeutic light doses within clinically studied parameters. The difference between clinical-grade PBM and a consumer red light device is the difference between a therapeutic intervention and an aesthetic accessory.
Treatment Experience
What to Expect
Sessions last 10–20 minutes. You will stand or recline in front of our clinical-grade full-body panel in a private treatment room. Eye protection is provided as standard. There is no heat, no discomfort, and no recovery period — some clients notice a gentle warmth on the skin surface; the therapeutic effect is occurring silently at the cellular level.
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Most clients notice an improvement in energy and mental clarity within hours of their first session. Cumulative effects on skin quality, inflammation markers, and sleep develop progressively across a course of treatment. For lasting biological change, the 10-session course is strongly recommended — the effects of photobiomodulation are cumulative by nature.
Treatment Pathways
Treatment Pathways
Photobiomodulation is one of the most versatile evidence-based therapies in regenerative medicine. Its applications span cellular longevity, skin health, pain management, performance, and neurological function.
PBM directly enhances mitochondrial function and reduces systemic inflammation — two primary hallmarks of cellular ageing. Published studies using validated epigenetic clocks have demonstrated measurable reductions in biological age markers following structured PBM protocols. At Reborne, PBM is frequently integrated with TPE, diagnostic programmes, and nutritional protocols for a coordinated biological age strategy.
Red light at 630–660 nm directly stimulates fibroblasts — producing measurable improvements in skin density, elasticity, and fine lines. PBM is used at Reborne as a standalone skin regeneration protocol and as a synergistic adjunct to Morpheus8, Exosome Therapy, and Polynucleotide Treatment, where it enhances healing and amplifies collagen induction.
PBM applied before or after exercise measurably reduces muscle fatigue, accelerates recovery, and increases performance output through enhanced mitochondrial ATP production, reduced oxidative stress, and improved oxygen delivery via nitric oxide-mediated vasodilation. Elite sports organisations now use clinical PBM as a standard recovery modality.
Near-infrared wavelengths influence hormonal signals that regulate the sleep-wake cycle — supporting melatonin production, reducing evening cortisol, and entraining the circadian rhythm. Clients consistently report improvements in sleep onset latency, depth, and morning energy. PBM can function as a non-pharmacological circadian reset.
PBM has a well-established analgesic effect through reduced pro-inflammatory cytokine expression, improved tissue perfusion, and direct modulation of pain signalling. Used clinically for musculoskeletal pain, osteoarthritis, tendinopathies, and neuropathic pain — and in combination with ACP Max and Arthrosamid to reduce peri-articular inflammation.
Transcranial and systemic near-infrared PBM reaches cortical tissue, where it enhances mitochondrial function in neurons, reduces neuroinflammation, and supports cerebral blood flow. Studies have demonstrated improvements in memory, processing speed, and mood following structured PBM protocols.
