The technology: The principles of Repetitive Transpelvic Magnetic Stimulation:
Cellvital Pulse is a high-tech therapeutic innovation that uses magnetic induction to train the pelvic, gluteal and thigh muscles, without any direct skin contact. Built on findings showing that both the central and peripheral nervous systems respond to a high-density flux electromagnetic stimulation with an action potential, the methodology of Reptitive Transcranial Magnetic Stimulation (rTMS) to treat therapy-resistant depression (Major Depressive Disorder) that has been in use since the mid 1980’s.
Repetitive Transpelvic Magnetic Stimulation corresponds to the rTMS process.
Similar to the rTMS, rTPM exploits the physical principal of induction discovered by Michael Faraday (i.e. magnetic field generates electricity). The electromagnetic field this generated is able to move freely across the human body. This causes depolarization of the motor nerves which causes the pelvic muscles contract at a pace determined by the frequency. In rTMS, rapid impulses of 200-600µs -similar to that of an MRI exam with a high intensity magnetic flux (1 Tesla)- the cortex is completely stimulated, without pain, thus readapting the disrupted brain metabolism. These universal properties have made clear the importance of using the repetitive electromagnetic induction technology with other parts of the body, for example: the muscular system.
Additional Functions:
rTPM & Oxygen Therapy
Cellvital Pulse is a high-tech therapeutic innovation that uses magnetic induction to train the pelvic, gluteal and thigh muscles, without any direct skin contact.
Regardless of the possibly-occurring …biological effect of oxygen transit carried by hemoglobin in its physical dissolved form, during the inhalation phase an increase of the physically-dissolved oxygen content (1.5%) already takes place. This plays a crucial role in the oxygen therapy.
Simultaneously, the vascular endothelium produces nitrous oxide that makes the vascular muscles relax and that physically reduces the oxygen level in the immediate capillaries due to an increased endothelial turgor. In order to accelerate the tissue blood circulation by physical exertion, it is not only necessary to increase the current SpO2 through oxygen supply, but also to activate the microcirculation mechanisms.
The rTPM causes a passive contraction of …
… the major muscular groups (e.g. the gluteal and thigh’s muscles), as well as of the pelvic floor and lower back muscles, such that a remarkable enhancement of the capillary circulation takes place in these areas (picture endothelium). This reduces the endothelial swelling in the veins of the legs, determining a training effect that lasts for several days.
According to the physiological oxygen dissociation curve …
“…in a standard breathable air context, the hemoglobin content is already saturated up to 95-99% (in the elderly population this amount lowers). This only determines a marginal increase of oxygen content by means of an extra inhalation (with the exception of older people). In particular, there is no correlated evidence that the oxygen level during the short period post-inhalation would go back to the baseline values.”
The Pelvic floor: Where our strength is focused
The pelvic floor is a complex architectural structure comprised of staggered visceral ligaments bundles and muscles. It comprehends the vagina, anus, the ductus deferens, the coccyx, the pubic bone, the bladder and the uterus. The term “functional unit of the pelvic floor and of sphincter closure” comprehends a number of staggered and overlapping bands of (ligament) bundles and muscles. Their role is critical to several functions such as urination, defecation and erectile dysfunction. They also contribute to stabilizing the torso and the pelvis, as well as act as a scaffold to support the pelvic organs. They therefore take part in the inter-muscular coordination of posture, movement and breathing
Dimension | 187cm x 134cm x 173cm (HxBxT) |
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Weight | 120 kg |
Maximum load | 135 kg |
Input voltage | 230V ~, 50Hz |
Input Power | max. 750W |
Fuse | 2x T6, 3A L 250V |
OUTPUT SIGNAL | |
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Maximum Flux | 1Tesla |
Maximum QRS PEMF intensity | 5V, 170mA, 40µT |
Light therapy module, illumination | 2x 36 Watt, 10000 Lux within 20cm distance |
Oxygen output / Oxygen concentration | 87 – 96% with 0.5 to 5 l/min |
Medical device category | Class IIa |
Protection class | I |
Protection grade | B |
Encapsulation | IPX0 |
ENVIRONMENTAL CONDITIONS | OPERATION OF THE DEVICE |
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Temperature range | +13 ° C to +30 ° C |
Relative humidity | 30 to 75% |
TRANSPORT AND STORAGE | |
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Temperature range | +5 ° C to +50 ° C |
Relative humidity | <90%, non-condensing |
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Produsent | Nei |
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Momsklasse | Momspliktige varer 25% |
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