Healing Art Centre
Evidence-Based Wellness

Serious Science,
Behind the Glow.

Red light therapy isn't a wellness fad — it's over a century of published research, from a Nobel Prize to NASA laboratories to modern clinical trials. Here's exactly how it works, and what the science actually says.

The Mechanism

What light does inside your body

It's not magic, and it's not heat. It's photochemistry — particles of light triggering your cells' own repair systems. In four steps:

1

Light enters

Precise 635nm & 810nm photons pass into skin and deep tissue — no UV, no burning, no damage.

2

Mitochondria absorb it

Cytochrome c oxidase — the enzyme at the heart of your cellular power plants — soaks up the light.

3

Energy surges

Nitric oxide is released, oxygen flows, and ATP — your body's energy currency — ramps up.

4

Repair begins

Repair signaling switches on: anti-inflammatory response, antioxidant defenses, collagen & cell renewal.

The result: tissue that heals faster, inflammation that calms, and energy restored — using only light.

Clinical Wavelengths

Two wavelengths. Two jobs.

Different wavelengths of light travel to different depths. That's why our MedWave systems use both — one for the surface, one for the deep.

635nmVisible Red

Surface specialist · up to ~10mm

  • Skin vitality & collagen renewal
  • Facial glow & healthy circulation
  • Surface tissue & wound support

Readily absorbed at the skin — where the glow happens.

810nmNear-Infrared

Deep tissue specialist · 30–40mm+

  • Muscles, joints & deep recovery
  • Reaches tissue hands can't
  • Measured through the skull in testing

The workhorse wavelength for deep repair.

Penetration measured in fresh human tissue — independent study, Medical University of Vienna (2025). Read it on our Research page →

01

From Nobel Prize to your session

Photobiomodulation has been studied, refined and validated for over 120 years — long before it became a wellness buzzword.

  • 1903

    Niels Finsen wins the Nobel Prize in Medicine for treating disease with light — phototherapy's founding moment.

  • 1967

    Endre Mester discovers low-power red laser light accelerates healing — modern photobiomodulation is born.

  • 1993

    NASA research finds LED red & near-infrared light stimulates tissue growth and wound healing — even in space.

  • Today

    Clinical trials, meta-analyses and university studies confirm what the pioneers suspected — including ours, measured in Vienna.

What the Studies Show

The evidence, in plain language

We don't ask you to take our word for anything. Here's what peer-reviewed research and documented outcomes actually report — with the sources to prove it.

Performance & Recovery

  • 55% greater strength gains when PBM is combined with resistance training
  • Faster return-to-play across 395 documented sports injuries
  • Improved sleep quality in athletes after just 14 days

NSCA Coach (2024), reviewing Ferraresi et al. 2011 · Foley et al. 2016 · Zhao et al. 2012

Mood & Mental Wellness

  • A 2024 meta-analysis pooled 11 randomised controlled trials
  • Result: photobiomodulation significantly reduced symptoms of depression
  • A fast-growing field in non-invasive neuromodulation research

Ji et al., Frontiers in Psychiatry (2024)

Shared as research context — not a treatment for mental-health conditions.

Brain Health — Emerging

  • Reviewed evidence across Alzheimer's, Parkinson's, TBI & stroke research
  • Mechanisms: cellular energy, blood flow, reduced neuroinflammation
  • Promising pre-clinical findings — human trials ongoing

Abijo et al., Biomedicines (2023)

An active area of science — we follow it closely and honestly.

Wound Healing

  • Grade-3 burns, diabetic ulcers & non-healing wounds — documented progress
  • Significant tissue regeneration and reduced infection rates reported
  • Real case outcomes from partnered wound-care nursing

MedWave clinical case documentation — see the gallery →

02

Our exact devices, measured inside human tissue.

In December 2024, MedWave's Contour 100S and Neuro 100S — the same systems we use every day — were tested at the Medical University of Vienna. Researchers implanted calibrated sensors inside a fresh human body donor and measured precisely how far our light travels.

  • Light reached organ surfaces through the abdominal wall
  • Passed through the skull bone to the brain surface
  • The 810nm infrared component penetrated deepest
  • All at non-thermal power levels — zero tissue damage
Read the full study →

STUDY REPORT WV 01-2025 · WAVEVISION GMBH · MEDICAL UNIVERSITY OF VIENNA

"Our promise: no hype, just evidence."

Every claim on this website traces back to published research or documented results — and we publish the sources themselves.

Browse the Documents

Feel It For Yourself

Science got your attention? The best evidence is personal. Book a session and feel what the research has been saying for decades.