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Pain relief
Pain relief and improved quality of life with coMra®
no side-effects
Drug-free
Effective self-care available 24/7
shoulder pain, back pain, knee pain, hip pain, osteoporosis, neuropathy, stomach pain, inflammatory pain, swelling, muscle pain, tendon and joint pain, injuries, neural pain and toothache.
Explore the core principles coMra is based on
Articles on pain relief
FAQs on Pain Relief
Where do I place the device – on the spot that hurts, or somewhere else?
Both. For local pain the guidance is to treat the most painful area directly plus four to five surrounding points – Traumatology 14, for instance, treats the zone of injury and four points around it 5 cm apart. For pain that radiates, the nerve source is treated as well: Traumatology 2 scans the paravertebral zone feeding the affected muscle, and Neurology 2 starts at the lumbosacral nerve roots before following the sciatic nerve down the leg. The device always goes directly on the skin – clothing, bandages and plaster casts distort the radiances and must be removed first.
Once the pain is gone, does it stay gone?
Where the tissue has genuinely repaired, the relief holds – it reflects a restored energy state rather than a suppressed signal, so it lasts as long as that state lasts. Published cases show both endings: a 69-year-old man with a C5–C6 disc herniation was completely pain-free and completely off painkillers after seven treatments, with full recovery confirmed at follow-up; a chronic migraine case had three attack-free months and then attacks that stayed milder and less frequent for at least two years. In degenerative conditions the protocols are written to be repeated for exactly this reason – Traumatology 10 in 15-day courses with three weeks' rest, Traumatology 17 revisited every three months or as needed – because keeping functional reserve above the load is what holds the ground gained.
How quickly does pain respond to coMra, and how long does full healing take?
Pain moves first: energy metabolism normalises within minutes and relief is commonly noticed within the first one to five sessions. What follows runs in a fixed order and on a slower clock – tissue function over days, neuro-immuno-endocrine regulation over weeks, structural regeneration over weeks to months. In practice, light chronic pain tends to settle over about two weeks of treatment with deeper healing across two to eight weeks; nerve pain runs to months, and long-standing nerve damage can mean one to three years of regular use. Fast pain relief and completed structural repair run on two different timelines.
Do acute and chronic pain respond differently to coMra?
Yes, and the difference is worth understanding before starting. In acute pain the cell ultrastructure is undamaged and the deficit is temporary, so energy is restored quickly and the relief is durable. Where pain is chronic and the tissue is significantly damaged – advanced degenerative change, severe nerve damage – the first session's relief can last only a few hours before the pain returns, because the cells cannot yet sustain their own energy metabolism once the radiance stops. That return is not treatment failure and not an analgesic wearing off: it demonstrates those cells can be lifted, and each further session lengthens the window until enough structure is repaired for metabolism to become self-sufficient.
How is coMra different from taking painkillers?
Painkillers block the pain signal; coMra removes the reason the signal is being sent. Pain is the body's integrated warning of an intracellular energy deficit: ATP drops, energy-dependent ion pumps and channels lose function, the ion balance around the nerve shifts, and the neuron fires more action potentials. coMra restores the cell's energy supply, the pumps resume, the neuron normalises its excitability and pain diminishes because the alarm condition has been resolved – not because the alarm wire was cut. That is why relief from coMra tracks the actual energetic state of the tissue rather than the half-life of a drug.
