*Waveform: two-way square wave

*Pulse width: adjustable

*Function requirements: adjustable low frequency

*Treatment plan: neuromuscular electrical stimulation, electromyography trigger electrical stimulation, Kegel template training, biofeedback game template training, A3 scene reflex training.

*Indications: Urgent urinary incontinence, stress urinary incontinence, mixed urinary incontinence, postpartum urinary incontinence, urethral sphincter relaxation, urinary retention, pelvic floor muscle relaxation, etc.

Technical features:

◆ There are two detection methods: stress assessment and electromyography assessment: using the internationally universal perineal muscle strength test method (GRRUG), voice prompts throughout the process;

◆ Automatically generate a standardized pelvic floor assessment report; there are normal human reference values;

◆ Dual-channel biofeedback collection, with independent automatic data collection function, can be evaluated and treated at the same time;

◆ The main unit is a built-in rechargeable battery, which can work continuously for more than 10 hours in the power-off state, which is convenient for bedside push and out-of-hospital screening and physical examination;

◆ EMG resolution≦0.2UV;

◆ Built-in preset about 163 pelvic floor rehabilitation programs and postpartum rehabilitation programs;

◆ Unlimited storage of patient information and custom treatment prescriptions;

◆ The technical design is free of electromagnetic interference from the power supply to ensure the accuracy of the electromyographic test data;

◆ The upper limit of the working current of the host is set, there is open circuit detection, and the equipment can automatically stop treatment to protect the safety of patients when they are powered on;

◆ Intelligent goal setting: The machine can automatically record the maximum, minimum and average values of muscle contractions during the patient's training process;

◆ Independently set personalized training goals to better achieve the therapeutic effect;

◆ Chinese operation interface.