Thought Tech Incontinence Stimulators are specifically crafted to aid in both the therapeutic activation and the monitoring of pelvic floor muscles. By introducing these stimulators vaginally or rectally, healthcare practitioners can effectively target and rehabilitate the muscles associated with urinary and fecal continence. The dual function of these stimulators allows them to both provide stimulation (EMG & STIM) and gather important muscular feedback, optimizing patient outcomes.

Accompanying the Thought Tech stimulator is a requirement for Uni-Gel self adhesive electrodes, essential for the conductivity and efficacy of the treatment. With various designs tailored for specific applications, like the St-Cloud Rectal Sensor and the Femelex Vaginal Sensor, these devices offer therapists the tools needed to support recovery in a non-invasive and supportive manner. Whether measuring muscle activity or aiding in muscle strengthening, these incontinence stimulators are a cornerstone in pelvic health protocols.

Key Features:

• The Thought Tech Incontinence Stimulators are designed with precision to provide effective pelvic floor muscle stimulation. These devices are compatible with both EMG and STIM functions for comprehensive muscle therapy.
• Their design supports ease of use with standard EMG and STIM equipment, ensuring that users receive optimal therapy with accuracy and comfort.

Uses:

• Thought Tech Incontinence Stimulators are utilized for both treatment and monitoring of pelvic floor muscles. These devices are inserted either vaginally or rectally to assist in strengthening these muscles or to gather data on muscle activity, making them invaluable for managing conditions like urinary incontinence.

FAQs:

1. How are these stimulators used?
These stimulators are used vaginally or rectally to activate or measure activity in the pelvic floor muscles. They require Uni-Gel self adhesive electrodes to function.

2. What conditions can these stimulators help with?
They can assist with managing urinary incontinence by strengthening the pelvic floor muscles through electrical stimulation.