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Technical parameters of HBC postpartum rehabilitation comprehensive therapeutic instrument

Time:2022-05-05   Visits:125

operational principle

The postpartum rehabilitation comprehensive therapeutic instrument uses the intelligent rotating interference current and the worm shaped magnetic field generator to generate a pulse magnetic field that controls the constant change, transmits the gradually output electromagnetic wave to the deep tissues, and regulates the human electrolyte, so as to enter a deeper and lasting treatment for patients, promote capillary contraction and blood circulation, stimulate gland secretion, activate cell tissue, and restore the tension and elasticity of muscle tissue. The special vaginal electrode can restore the pelvic floor in a short time.

Main application fields

Treatment of uterus and pelvic floor: vulva and vagina become wide and loose after delivery, uterine atony, urinary retention, flatulence and pain, etc.

Routine treatment of mammary gland: after delivery, the secretion of milk is less and slower, the milk is silted up, the mammary duct is blocked, and the mammary gland is loose.

Routine pelvic treatment: chronic pelvic inflammation and other inflammation occur after delivery, which can promote pelvic floor rehabilitation, improve swelling tension and fascia tension, drive uterine contraction, and promote lochia discharge.

Technical parameters

Display interface: true color touch screen or LCD screen.

Output channel: three-way, four-way and six-way output, which can be treated by multiple people or multiple parts at the same time.

Output mode: trapezoidal wave, triangular wave, bell wave, etc.

Basic pulse output frequency: 800Hz ± 8%.

Modulated pulse trapezoidal wave: 0.5~10 Hz.

Triangular wave: 1~20 Hz bell wave: 0.5~10 Hz maximum output of single pulse of skin electrode shall not exceed 300MJ.

Computer modular design: computer control, energy level adjustment, handling mode keys.

Time setting function: 25 minutes, 50 minutes, indefinite.

It has the function of energy output detection and display.