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Diamagnetic Pump

Fields of application – Physiotherapy, Rehabilitation & Chiropractic Center – KIFISSIA PHYSIO CENTER

ORTHOPEDICS AND TRAUMATOLOGY

Muscle and tendon lesions degenerative pathologies of the bone and joint system, fractures, and pseudoarthrosis, vascular bone pathologies.

PHYSIATRICS

In rheumatic and inflammatory conditions.

SPORTS MEDICINE

As a supplement to rehabilitative therapy and prevention treatments for muscular skeletal system pathologies and neurologic disorders.

PAIN MEDICINE

Osteitis pubis, tendonitis, contractures, and muscle tears, sprains, and contusions.

DERMATOLOGY AND AESTHETIC MEDICINE

PHLEBOLOGY AND AGIOLOGY

Mechanisms of action – Physiotherapy, Rehabilitation & Chiropractic Center – KIFISSIA PHYSIO CENTER

Movements of liquids

Nutrient and metabolite transport

Cellular homeostasis modulation

Διαμόρφωση κυτταρικής ομοιόστασης

Διέγερση ιστών

Endogenous biostimulation

This stimulation is endogenous and isotropic, meaning that it is generated inside the organism and distributed evenly on both the surface and deep down inside for the entire volume of the magnetic field’s interaction. The high variation speed of the CTU Mega 20 magnetic field and its intensity up to 2 Tesla permits the energization of even the deepest levels of tissue.

Pain control

A 215 KHz frequency induced in tissues by diamagnetic therapy permits selective action also on pain nerve receptors and trigger points using the pain control function either as a single treatment or as a multiple treatment regiment.

Molecular implant

With the CTU mega20, drug modules can be trans – cutaneously administered using the repulsive mechanical force imparted by the magnetic field. the diamagnetic molecular implant follows a linear curve with Gaussian distribution at any given depth.
The desired layering of the active principle can be obtained on the basis of the volume of the pharmaceutical product and the depth of implant. With conveyance by means of electric current instead, substances are unevenly distributed throughout the tissues and subject to saturation because diffusion occurs exponentially.

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