Welcome to a new era in pelvic floor health with Magneto Stym, a groundbreaking device harnessing Functional Magnetic Stimulation (FMS) technology. Designed for both men and women, Magneto Stym offers an innovative approach to treating urinary and fecal incontinence, postpartum rehabilitation, and a range of pelvic issues, including sexual dysfunctions and chronic pain.
Indications
Revolutionary FMS Therapy for Pelvic Floor Wellness
Unlocking the Power of FMS Technology
Magneto Stym is a cutting-edge device designed for professionals seeking effective solutions for pelvic floor health. Harnessing Functional Magnetic Stimulation (FMS) technology, this device offers a non-invasive approach to address a spectrum of pelvic floor challenges, including urinary and fecal incontinence, postpartum rehabilitation, sexual dysfunctions, and chronic pelvic pain.
Magneto Stym stands out with its utilization of FMS technology, providing a range of benefits for pelvic floor rehabilitation:
Benefits of Magneto Stym
Painless Stimulation: Magneto Stym utilizes pulsed magnetic fields, providing a painless alternative to traditional electrical methods for pelvic floor muscle contraction.
Target Multiple Areas: Magneto Stym allows you to use four applicators in a session. Targeting the pelvic floor area, lumbar and sacral area, and the abdominal area for strengthening the Core muscles.
Deep Tissue Penetration: FMS technology enables profound penetration into biological tissues, reaching areas that may be challenging with conventional methods.
Non-Invasive and Painless Application: The device eliminates the need for skin contact during therapy, enhancing patient comfort.
Versatility: Magnetic fields pass through clothing, tissues, and bone, offering a versatile solution for diverse pelvic floor conditions.
FMS Technology
Magneto Stym's technology revolves around a super inductive magnetic field that effectively permeates deep tissues. This magnetic field is skillfully converted into a local electrical field, triggering therapeutic responses such as tissue healing, muscle activation, and pain relief. The technology prioritizes safety, with no reported negative side effects when used in accordance with contraindications.
Rapid changes of magnetic field intensity induce an electrical current in the neuron. This phenomenon is called electromagnetic induction.
Once the voltage reaches a certain value, a so-called neuron action potential is achieved. This causes the neuron cell to depolarize, which eventually leads to a complete muscle contraction.