Pelvic floor magnetic stimulation technology uses the induced voltage from a dynamic magnetic field to generate electrical currents, stimulating and activating pelvic floor nerves to produce neural impulses.
This promotes pelvic floor blood circulation, triggers muscle contractions, and enhances the activity and strength of pelvic floor muscles, thereby treating pelvic floor dysfunction disorders.
Compared to electrical stimulation, it is non-invasive, painless, penetrates deeper and more broadly, and is safer.
NMPA certification
Split design allows for quick coil replacement, enabling seamless switching between pelvic floor, sacral, and cranial stimulation, achieving versatile functionality with a single device.
Utilizing fourth-generation intelligent liquid cooling technology, it features active cooling with multiple selectable cooling modes (high-efficiency, standard, and energy-saving). The coolant temperature can be reduced below ambient levels, delivering exceptional cooling performance.
The liquid cooling system is equipped with an LCD touchscreen display, showing real-time water temperature, flow rate, error reports, set temperature, and operational status. Multi-parameter real-time monitoring ensures safety and reliability.
Built in pelvic floor and brain anatomical mapping to assist operators in precise positioning
Special coil for pelvic floor magnetic stimulation, with a maximum stimulation intensity of 7 T
The software is equipped with multiple clinical stimulation protocols, covering pelvic floor diseases and psychiatric disorders, and comprehensively protecting physical and mental health
Optional 50Hz or 100Hz settings to meet diverse clinical requirements
The seat is freely adjustable, ensuring effective stimulation of the target area and user comfort.
The stimulation device boasts exceptional magnetic field output performance, achieving a maximum frequency of 35Hz at 100% intensity. In addition to meeting the needs of central nervous system regulation, it also supports high-frequency, high-intensity continuous stimulation of peripheral nerves.
The stimulation device and cooling control display utilize highly sensitive touch-sensing technology, enabling smart interaction between systems for more intuitive operation and enhanced user convenience.
| Indication Overview | Specific Symptoms |
| Postpartum pelvic floor rehabilitation | ->Pelvic floor soft tissue injury ->Weakened pelvic floor supportive structures ->Separation of connections between pelvic floor connective tissues ->Mechanical damage to the levator ani muscle and pudendal nerve |
| Postpartum mental recovery | ->Postpartum depression ->Anxiety disorder ->Schizophrenia ->Sleep disorders |
| Lower urethral obstruction | ->Urinary incontinence (stress urinary incontinence, urgent urinary incontinence, mixed urinary incontinence) ->Overactivity of bladder ->Neurogenic bladder ->Nocturnal enuresis ->Detrusor overactivity ->Uroschesis |
| Chronic pelvic pain | ->Lower abdominal pain or back pain |
| Pelvic organ prolapse | ->Bladder and anterior vaginal wall prolapse ->Uterus and vaginal vault prolapse ->Posterior vaginal wall and rectal prolapse, potentially accompanied by enterocele |
| Defecation disorder | ->constipation ->Fecal incontinence ->Spinal cord injury/postoperative defecation disorder |
| Sexual dysfunction | ->Male erectile dysfunction ->Lack of sexual pleasure in women ->Coital pain ->Male prostate pain |
