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EMRT

EMRT

Get relief from the painful degenerative arthritis (osteoarthritis) No knee replacement surgery required if treated early Can reduce the pain significantly or completely Pain free-surgery free-drug & injection free-no hospitalization - no side effects Very short treatment period

Healing by stimulating body's natural healing and regeneration factors
80-85% SUCCESS RATE

SUPERIOR GERMAN ENGINEERING EMRT
FOR pain relief, degenerative arthritis in knee, hip, spine and joints, tendonitis and osteoporosis

ARTHRITIS?
KNEE OR JOINT PAIN?
CARTILAGE DAMAGE (OSTEOARTHRITIS)?
WEAK DENSITY BONES (OSTEOPOROSIS)?

Electromagnetic Regeneration Therapy

Used extensively across Europe, EMRT is a unique form of electromagnetic therapy for healing damaged structures such as cartilage, intervertebral discs, bones, the attachment points of tendons, ligament structures and the articular capsule within all joints. It has also been proven in the treatment of osteoarthritis, osteoporosis, stress fractures and the mal-union of broken bones.

It is an innovative technological advanced form of therapy that uses a noninvasive medical device to treat arthritis, osteoporosis, accident, work, sports and repetitive stress injuries. What makes this therapy unique is that it merges traditional and non-traditional medical care. While the therapy harnesses the body's own ability to heal it-self (a non-traditional approach), the technology has gone through scientifically rigorous clinical trials with successes and patient benefits.

The treatment is administered in 9 -12 sessions of 60 mins each, conducted under the supervision of a trained EMRT Therapist. The goal is to reach both short and long-term reduction of pain, improve physical resilience and increase joint function.

Unlike traditional magnetic field therapy, with EMRT, the magnetic field only serves as the “carrier” for the electrically pulsed signals. The magnetic field allows these signals to penetrate the injury unchanged. Without the magnetic field, the pulsating signals would be distorted by varying density of the surrounding tissue.

How does EMRT work?
R@f@eladmin