Pelvic Floor Rehabilitation Probe

Pelvic muscle rehabilitation training probe designed for pelvic floor muscle assessment and therapeutic training. Used in physiotherapy for pelvic floor dysfunction, urinary incontinence, and post-partum recovery. The device provides real-time biofeedback to guide muscle engagement and strengthening exercises.

An advanced electromyography (EMG) detection probe with enhanced sensing capabilities for biofeedback-enabled pelvic floor rehabilitation systems.

A vaginal therapy probe designed for use with pelvic floor rehabilitation devices to support vaginal health and muscle conditioning.

A rectal therapy probe accessory designed for pelvic floor and anal sphincter rehabilitation treatments using electrical stimulation.

A rectal therapy probe for pelvic floor rehabilitation systems, enabling targeted treatment for anal sphincter function and related conditions.

A pressure measurement probe for pelvic floor rehabilitation systems, enabling pressure feedback and biofeedback-guided training.

A vaginal therapy probe accessory for pelvic floor rehabilitation systems, enabling targeted vaginal treatment delivery.

KM537 is a biofeedback and neuromuscular electrical stimulator. Four operation modules (EMG Test, EMG Game, ETS, and STIM) have been set up to assist patients in exercising. Independent dual-channel EMG signals acquisition. EMG data of multiple sites are obtained simultaneously to provide basis for treatment. Ergonomic design, effectively prevent the vaginal probe off and rotation, to ensure that treatment effect. The vaginal probe and electrode patches are tested and passed the bio-compatibility according to ISO 10993-1 requirements. To determine the activation timing of muscles. --Retaining of muscle activation. --Coordination of muscle activation. An indication of the force produced by muscle for control and maintenance of muscle contractions. --Relaxation muscle training. --Muscle re-education. --EMG Game for training muscle power, explosive power and speed. For EMG triggered STIM. --Stroke rehab by muscle re-education. --Relaxation of muscle spasms. --Prevention or retardation of disuse atrophy. --Increase local blood circulation. --Muscle re-education. --Maintaining or increasing range of motion. As nonimplanted electrical continence device. The device is a non-implanted muscle stimulator designed to provide electrical stimulation and neuromuscular re-education for the purpose of rehabilitation of weak muscles, pelvic floor muscles and restoration of neuromuscular control during the treatment of urinary continence.

KM536 is a biofeedback and neuromuscular electrical stimulator. Four operation modules (EMG Test, EMG Game, ETS, and STIM) have been set up to assist patients in exercising. Independent dual-channel EMG signals acquisition. EMG data of multiple sites are obtained simultaneously to provide basis for treatment. Ergonomic design, effectively prevent the vaginal probe off and rotation, to ensure that treatment effect. The vaginal probe and electrode patches are tested and passed the bio-compatibility according to ISO 10993-1 requirements. To determine the activation timing of muscles. --Retaining of muscle activation. --Coordination of muscle activation. An indication of the force produced by muscle for control and maintenance of muscle contractions. --Relaxation muscle training. --Muscle re-education. --EMG Game for training muscle power, explosive power and speed. For EMG triggered STIM --Stroke rehab by muscle re-education. --Relaxation of muscle spasms. --Prevention or retardation of disuse atrophy. --Increase local blood circulation. --Muscle re-education. --Maintaining or increasing range of motion. As nonimplanted electrical continence device. The device is a non-implanted muscle stimulator designed to provide electrical stimulation and neuromuscular re-education for the purpose of rehabilitation of weak muscles, pelvic floor muscles and restoration of neuromuscular control during the treatment of urinary continence.

Pelvic floor electrotherapy device designed for neuromuscular stimulation and rehabilitation of pelvic floor dysfunction. Utilizes electrical stimulation to strengthen pelvic floor muscles, addressing incontinence and post-partum recovery. Features adjustable treatment parameters and non-invasive application for clinical physiotherapy settings.

A specialized biofeedback device for pelvic floor muscle assessment and rehabilitation using electromyographic signals. Enables real-time feedback for pelvic floor muscle training and therapy.

Therapeutic device for pelvic floor muscle assessment and rehabilitation in gynecological and urogynecological care.