Pelvic Floor Muscle Repair Instrument – Restore Strength & Bladder Control

What Is the Pelvic Floor Muscle Repair Instrument?

The Pelvic Floor Muscle Repair Instrument is a high-powered electromagnetic pelvic floor therapy device that delivers up to 7 Tesla of magnetic vibration intensity for intensive muscle stimulation and rehabilitation. With an output power range of 300–5000W and stimulation depth of up to 10 cm, this system provides the deepest and most powerful electromagnetic pelvic floor treatment available — suitable for severe cases and patients who have not responded to lower-intensity therapies.

The 7 Tesla magnetic field is significantly stronger than the 3–5 Tesla range used in standard pelvic floor devices, producing more forceful muscle contractions and recruiting muscle fibers at greater depths. The stimulation depth of up to 10 cm ensures the electromagnetic energy reaches even the deepest pelvic floor structures, making it effective for comprehensive pelvic floor rehabilitation.

The system features 8 intensity levels (8% weak to 100% strong), adjustable treatment time (5–60 minutes, default 30 minutes), and a 3–200 Hz output frequency range. The AC110V–230V input voltage provides global compatibility.

How 7 Tesla Electromagnetic Pelvic Therapy Works

The instrument generates an extremely powerful electromagnetic field (up to 7 Tesla) that creates a focused zone of electromagnetic energy in the pelvic region. This field penetrates up to 10 cm deep into the tissue, reaching the deepest layers of the pelvic floor musculature including the levator ani, coccygeus, and deep transverse perineal muscles.

When the electromagnetic field passes through tissue, it induces electrical currents that depolarize motor neurons, triggering involuntary muscle contractions. At 7 Tesla, these contractions are exceptionally intense — recruiting a higher percentage of muscle fibers and reaching deeper muscle layers than lower-intensity systems. The 300 μs biphasic pulse duration ensures efficient motor neuron recruitment while maintaining patient comfort through balanced bidirectional stimulation.

The 3–200 Hz frequency range allows practitioners to select optimal frequencies for different therapeutic goals: lower frequencies (3–10 Hz) for endurance training and blood flow improvement, medium frequencies (10–50 Hz) for muscle hypertrophy, and higher frequencies (50–200 Hz) for maximum force production.