Pelvic Floor Muscle Magnetic Therapy Chair

What Is the Pelvic Floor Muscle Magnetic Therapy Chair?

The Pelvic Floor Muscle Magnetic Therapy Chair is a HIFEM-based therapeutic device specifically designed for non-invasive pelvic floor muscle rehabilitation. Using electromagnetic wave energy and focused thermal effects, the chair delivers targeted stimulation to the pelvic floor musculature for strengthening, improved function, and symptom relief.

The system operates at 90 J/cm² energy density with an 8-second single pulse duration, producing both electromagnetic muscle stimulation and controlled tissue heating. The intrinsic tissue temperature reaches 45–50°C while the mucosal temperature reaches 38–41°C — creating a therapeutic thermal environment that enhances blood flow and cellular metabolism alongside the muscle-strengthening effects.

Designed for gynecology clinics, urology practices, physical therapy centers, and med spas, the chair provides passive, comfortable treatment requiring no patient effort beyond sitting in the chair. The 20–30 minute default treatment time is convenient for both practitioners and patients.

How HIFEM Pelvic Floor Therapy Works

The chair generates a focused electromagnetic field through the seat, which penetrates through clothing and tissue to reach the pelvic floor muscles. This field induces electrical currents in the motor nerves that control the levator ani, pubococcygeus, and iliococcygeus muscles — triggering involuntary supramaximal contractions.

These contractions are significantly more intense than voluntary Kegel exercises, recruiting deep muscle fibers that are difficult to engage consciously. Over a course of treatments, the repeated intense contractions produce measurable muscle hypertrophy and improved neuromuscular control — resulting in stronger pelvic floor support for the bladder, uterus, and rectum.

The thermal component (intrinsic temperature 45–50°C, mucosal 38–41°C) enhances the treatment by increasing local blood circulation, promoting tissue oxygenation, and accelerating cellular repair processes in the treated area.