EMTT therapy is effective in treating a broad spectrum of pain syndromes, including:
Acute inflammatory pain from sports, exercise or trauma
Degenerative joint pain from osteoarthritis and rheumatoid arthritis
Neuropathic pain
Pain from bone stress fractures and non-unions
Back pain from herniated discs and spondylarthrosis
In addition to alleviating pain, EMTT helps to stimulate healing in damaged tissues by encouraging the repair of individual cells and the genesis of new ones. The magnetic pulses emitted by EMTT send magnetic energy into the body's cells and resonate with the body's own magnetic fields, increasing available electrolytes and ions. The resulting increased electrical activity sparks cellular metabolism, to initiate the healing process.
What is EMTT and How Does EMTT Work?
Extracorporeal Magnetic Transduction Therapy is an advanced form of regenerative healing technology that uses pulsed electromagnetic
fields (PEMFs) to emit short duration high-speed impulses to evoke an electrophysical reaction in damaged cells.
The pulsed energy triggers the body's innate healing mechanisms, jump-starting the healing process in degenerative joints and connective
tissues, and dramatically reducing pain. EMTT is often used in conjunction with extracorporeal shockwave therapy (ESWT) to optimize treatment outcomes.
EMTT (Magnetolith Extracorporeal Magnetotransduction Therapy) employs powerful magnetic fields to promote
cellular regeneration and rehabilitation. By triggering an anti-inflammatory reaction, EMTT effectively alleviates
pain and reduces inflammation in the affected regions
of the body. It is particularly beneficial for individuals experiencing acute pain, irritable flare-ups, neuropathic pain,
diffuse pain, and degenerative conditions like Osteo Arthritis. Remarkably well-tolerated, EMTT can provide relief
even for patients suffering from intense rheumatic conditions.
EMTT differs from general forms of magnetic field therapy or PEMF due to the high oscillation frequency of
100 - 300 kHz. EMTT is 40%
stronger than PEMF and enables a higher penetration depth of 18 cm working at a cellular and nerve level
rather than only addressing muscles. Sessions of EMTT can, therefore, treat a far wider range of indications
when compared to PEMF.
The Biological Effects of EMTT Treatment
The use of EMTT therapy can produce beneficial biological outcomes. All cells engage in chemical reactions
that support their metabolism. A crucial requirement for these reactions is the permeability of the cell membrane.
A stable cell membrane guarantees the passage of essential substances. Any pathological alteration disrupts
this process, potentially resulting in illness. EMTT has the potential to positively impact the chemical reactions
and potential of cellular activity. By utilizing EMTT, it is possible to reactivate the sodium-potassium pump
and restore normal cellular processes.
Therapeutically effective magnetic field
Restoration of membrane potential
Mechanical stimulation of ion channels
The Biological Effects of EMTT Treatment
The use of EMTT therapy can produce beneficial biological outcomes. All cells engage in chemical reactions
that support their metabolism. A crucial requirement for these reactions is the permeability of the cell membrane.
A stable cell membrane guarantees the passage of essential substances. Any pathological alteration disrupts
this process, potentially resulting in illness. EMTT has the potential to positively impact the chemical reactions
and potential of cellular activity. By utilizing EMTT, it is possible to reactivate the sodium-potassium pump and
restore normal cellular processes.
Therapeutically effective magnetic field
Restoration of membrane potential
Mechanical stimulation of ion channels
Magnetolith EMTT is the only approved electromagnetic therapy for the treatment of musculoskeletal
diseases of the muscle, bone, joints, nerves, tendons and tissues. The effectiveness of electromagnetic
transduction therapy in contributing to pain reduction for:
Degenerative joint diseases - Signs of wear and tear, e.g. arthrosis (knee, hip, hands, shoulder, elbow),
herniated disc, spondylarthrosis
Pain therapy - (Chronic) pain, e.g. back pain, lumbalgia, tension, radiculopathies, heel pain
Sport injuries - (Chronic) inflammation of tendons and joints, tendon overload syndrome, osteitis pubis
HOW MANY SESSIONS WILL BE CONDUCTED?
Specification
| Product name |
magneto physiotherapy |
| Technology |
magneto therapy |
| Deepth |
18CM |
| Function |
muslce pain relief ,joints pain recovery ,ligament pain relief ,tendons pain relief ,bone pain rleief |
Audited Supplier 
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