ROTOMAG
Code: 5623Product detailed description
Description
ROTOMAG utilises well-known and scientifically proven methods of applying an alternating magnetic field. It expands the group of devices used in the field of magnetotherapy. What is new, however, is the method of creating an alternating magnetic field through rotating magnets with a selectable frequency of 10 Hz to 200 Hz. These frequencies are most commonly used in the field of magnetotherapy. The new method used in ROTOMAG is many times more energy-efficient than the classically used methods to date. This makes it possible to localise and "mobilise" the magnetotherapeutic effect, as there is no cable connection to a laboratory stationary device. A similar device under a Japanese patent sells for 200,000 JPY (approx. EUR 1,500). Rotomag is of course structurally different (does not infringe the Japanese patent). It was proactively fully developed in the Czech Republic. The Czech ROTOMAG is smaller, lighter, with a longer life of the built-in Lion rechargeable battery on a single charge.
It is now in a version for researchers in the field of magnetotherapy and is not intended for treatment.
Warning: This is not a medical device, but a laboratory device for research purposes.
ROTOMAG is now being tested for pain relief use, as initial pilot tests have shown a noticeable effect within minutes. The device probably doesn't cure, but it seems to help with pain.
Essence of the Japanese invention:
Typically, a system is used to improve blood circulation and alleviate symptoms of stiff shoulders and lower back pain, which uses an adhesive patch to which a magnet is attached, and this assembly is adhered to the user's skin at the painful site. This long-used magnetotherapeutic device generates a stationary magnetic field using a permanent magnet. It has been shown that an alternating low-frequency magnetic field generated by the passage of alternating current through a coil, or a fluctuating magnetic field generated by a rotating magnetotherapeutic device according to Japanese patent 2017-080103, has a higher therapeutic effect than a stationary magnetic field.
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