Hofer - Liebl - Specialists in Visceral Surgery and Proctology

magnetic field therapy

For a firm pelvic floor and strong sphincter muscle

Treatment in the pulsating magnetic field

Repetitive peripheral magnetic stimulation (rPMS)

Magnetic therapy is a non-invasive, effective approach to treating pelvic floor problems and should be considered for postural weakness (incontinence), decreasing muscle tone and sensitivity disorders.

This therapy, also called Extracorporeal Magnetic Innervation (ExMI), works with magnetic pulses that stimulate the nerve fibres in specific areas of the sacral nerve plexus. Studies showed a significant increase in resting and pinching pressure after treatment.

Advantages of magnetic field stimulation:

  • Noticeable effectiveness in a wide range of applications
  • You remain fully clothed during the treatment
  • You do not need to insert a probe into the anus or vagina
  • The device trains you fully automatically, you don't have to be able to tense the muscle yourself as with pelvic floor exercises.
  • You do not need to deal with technical aspects of operation as with a biofeedback device

Short info video on magnetic field therapy

Magnetic field therapy is a non-invasive procedure based on the physical principle of electromagnetic induction. The magnetic field leads to the triggering of an action potential at the cell membrane. The stimulation takes place through short magnetic pulses that can penetrate tissue without causing pain.

The roots of the sacral nerves S2 to S4 supply the urinary tract, vagina and rectum as well as the muscular pelvic floor vegetatively and somatically.

  • When a motor nerve supplies a muscle, a tension (contraction) of the muscle is triggered. Strength and endurance of the sphincter and pelvic floor are trained by alternating between tension and relaxation.

  • For sensitive nerves, high-frequency stimulation leads to more intensive perception. The regeneration of nerve connections (synapses) is promoted. Desensitisation is achieved with low-frequency stimulation, which can have a positive effect on spasms of the sphincter muscle or frequent urination (hyperactive bladder).

When is magnetic field therapy useful?

Pelvic floor gymnastics, biofeedback, magnetic field therapy

Anatomy and function of the pelvic floor

Three muscle layers form the pelvic floor muscles. They lie on top of each other like a grid and support the organs that lie in the pelvis. In addition, they are of great importance for continence (ability to hold stool and urine).

The inner muscle layer is responsible for the movements of the pelvis, while the middle muscle layer consists mainly of the large perineal muscle. This ensures that the pressure on the basin is absorbed. In women, the perineum muscle is only half as strong as in men. In addition, pregnancy and childbirth are the causes that a significant weakening of the muscle can be observed in about a quarter of all women after menopause. The lowest muscle layer encloses the urethra and anus and, as the sphincter muscle, has the function of enabling rapid contractions.

The pelvic floor, which consists of striated muscles with their voluntary sphincters, and the smooth muscles in the wall of the hollow organs (urethra, vagina, rectum) are exposed to a wide variety of stresses in the course of life.

  • Heavy lifting at work
  • Weight training
  • Deliveries
  • Digestive disorders
  • Sex

Treatment for functional disorders of the pelvic floor

If the stretching of the muscles remains below a certain threshold, the muscle can compensate itself. More stretching leads to structural damage, reduction in strength and also impairment of the nerve supply. The American gynaecologist Arnold Henry Kegel from Hollywood explored the possibilities of actively training the muscles 70 years ago. As a result, pelvic floor therapy has established itself as an independent sub-area of physiotherapy.

It has proven effective to follow a step-by-step scheme for pelvic floor disorders:

  • In the case of incipient and minor complaints, independent exercises can achieve an improvement.
  • If the symptoms increase, treatment and guidance by a specialised physiotherapist is recommended. You can find appropriately trained therapists on the website of the AG GGUP - Gynaecology Obstetrics Urology Proctology working group, among others.
  • Electrostimulation and biofeedback (article to follow)
  • Magneticfield stimulation: Since 1999, magnetic field stimulation has been used in the treatment of functional disorders of the urinary bladder; since 2000, successful applications have been reported for urinary and faecal incontinence (including after childbirth) and impaired coordination of the sphincter muscle, erectile dysfunction due to circulation and vaginal laxity. In a study from Switzerland in 2008, a measurable increase in sphincter pressure and a clinical improvement of faecal retention weakness was found in over 90 % of patients. Further scientific studies have shown that stimulation of these nerves leads to a significant increase in pressure in the rectal and vaginal sphincter. Patients with faecal impaction have been shown to have improved symptoms as measured by the CCIS (Cleveland Clinic Score) and Fecal Incontinence QOL Questionnaire (FIQL). 
  • Sacral nerve stimulation (article to follow)

For the treatment of anorectal incontinence, magnetic field therapy is a new procedure whose targeted application can produce good results.

Lange, Mölle, Girona: Chirurgische Proktologie. 2nd edition 2012, Springer Verlag Heidelberg



Easy and comfortable: treatment fully clothed, no insertion of a probe