Pulsed Magnetic Field


Viofor JPS pulsed magnetic field (magnetostimulation) method is an unique, patented solution designed for therapy, rehabilitation and wellness with Extremely Low Frequency Magnetic Fields (ELF-MF). The system has been designed by renowned scientist and world authorities in the field of physical medicine: Professors Feliks Jaroszyk and Janusz Paluszak from Poznan University of Medical Sciences and Professor Aleksander Sieron from Medical University in Silesia.

Viofor JPS generates variable magnetic fields, which cause changes in the organism similar to those caused by physical activity (physical strain, physical activity); i.e. they support biological regeneration. Both mental and physical regeneration is tightly connected with physical exercise. Variable magnetic field generated by Viofor plays a similar beneficial role.
Magnetostimulation stimulates in the organism electromotor forces of such properties, which enable homeostasis, and in case of its disturbance stimulate return to a normal state.
The biological effect of the alternating magnetic field generated by Viofor JPS System devices is the result of:

  • The electrodynamic influence of this field on ionic currents in the body,
  • Magnetomechanical interaction of the magnetic field on particles with uncompensated magnetic spins,
  • Ionic cyclotron resonance of cations and anions in body fluids. Body fluids, i.e. blood, lymph and intercellular fluid constitute the so-called Conductors of the second type of ionic nature of electrical conductivity.
  • The essence of PMF magnetostimulation

    Therapeutic signal Viofor JPS System comes down to the optimal selection of two different electrical signals, and thus magnetic ones, and their combinations in order to use the three basic mechanisms of absorption of the alternating magnetic field by the matter of living organisms.

    Electromagnetic radiation can affect the body in different ways. Depending on the amount of energy absorbed, thermal and non-thermal effects appear. Due to the very low values ​​of magnetic induction, non-thermal effects: bioelectric, biochemical and bioenergetic are the most important in magnetostimulation.

  • The bioelectric effect normalizes the potential of the cell membrane. In pathological cases, the potential drops due to the penetration of positive ions through the cell membrane into the cell, e.g. Na +. To reverse this process, the cell needs energy, which it can obtain from ATP hydrolysis.
  • The biochemical effect is based on increasing the enzymatic activity and redox processes related to ATP.
  • The bioenergetic effect stimulates the nutrition and growth of cells and regulates intercellular processes leading to the regeneration of the body.


    through the output increase of endogenous opioids from the ẞ-endorphine group, a substance responsible for increasing the pain threshold, allowing for complete avoidance or a major decrease in the use of painkillers.


    stimulating the creation of c-AMP and prostaglandin E. Prostaglandin influences the accumulation of c-AMP, which in turn decreases the secretion of inflammation mediators from neutrophiles, basophiles, mastocytes and lymphocytes


    The basic regenerative effects come from the intensification of oxygen utilization processes and tissue respiration through increased diffusion and oxygen capture by hemoglobin and cytochromes.


    decreasing the surface tension of liquids through magnetohydrodynamic effect, preventing edemas and varicose veins; it is a great prophylactic against cardiovascular diseases.


    A faster recovery to the physiological norm after physical exertion was observed, as well as an acceleration of post-exercise recovery and a reduction in rest time by an average of 30% in relation to passive rest.


    by modifying the amplitude value of alpha and theta wave rhythms in proper directions, characteristic for the physiological state of relaxation – objectively measurable and indicated by value of the demobilization of the autonomous nervous system.


    The increased capture of oxygen is associated with stimulation of tissue respiration, DNA synthesis and acceleration of the mitotic phase of the cell cycle. As a result of this, magnetic fields can treat trophic lesions of the shank, accelerate the healing of ulcerous niches, can improve the cellular metabolism of the central nervous system and accelerate the
    regeneration of damaged peripheral nerves


    by stimulation of the thymic-dependent process of T lymphocyte maturation and the supplementation of the deficiencies of this cell population in the immune system. In vitro studies confirm the immunocorrecting effect of Viofor JPS System magnetostimulation, observed in the form of a decrease in the concentration of pro-inflammatory cytokines TNF-α and IL-8


    The results of clinical studies conducted with the use of Viofor products serve in developing methods and determining the scope of application of physical medicine.


    1. Osseous-joint system
    – Degeneration of the spine and osseous-joint system of the upper and lower limbs
    – Rheumatoid inflammation of the joins
    – Stiffening inflammation of the spinal joints
    – Joint injuries
    2. Soft tissue:
    – fibromyalgia
    – traumas of soft tissue (sprains, strains)
    – Conditions after injury of tissue continuity (including post-surgical, tears)
    3. Migraines


    1. Osseous system
    – osteoporosis, particularly post-menopausal (concerns prevention as well as therapy)
    – Sudeck syndrome
    – conditions after bone fracture and breakage
    – conditions after surgery on the osseous system
    – conditions after surgery in which anastomosis has been carried out with screws, pins or plates
    – Pseudo joints

    2. Soft tissue:
    – conditions after injury with or without damage to skin continuity
    – burns
    – bedsores


    1. Improper local blood flow in the limbs:
    – in diabetic angiopathy
    – in atherosclerosis angiopathy
    – in crural ulceration
    2. Accelerated absorption in haematomas
    3. Decreased lymphatic edema/swelling


    – conditions after stroke
    – degenerative diseases of the nervous system accompanied by hypertonia (MS, cerebral palsy)


    – neuroses
    – sleep disorders
    – stress in the common meaning of the word, particularly after long-term psychic/mental tension
    – concentration disturbances


    – after sport training
    – in biological regeneration

    In dentistry – as regenerative and analgesic action:

    – periapical tooth inflammation
    – nerve damage, complications after anaesthesia
    – complication after dental surgery
    – complication after endodonic treatment
    – dry socket
    – enhanced of orthodontic treatment