Renew Medical provides the Renew Insert, a discreet internal silicone device for managing fecal incontinence and accidental bowel leakage. This solution offers users comfort and continuous protection, enabling them to maintain an active lifestyle with renewed confidence.
Funding
Funding not disclosed
Founders
Product
Problem
Individuals experiencing fecal incontinence or accidental bowel leakage (ABL) often face challenges with discretion, comfort, and maintaining an active lifestyle. Existing management options may be perceived as cumbersome or less effective, leading to a reduction in confidence and quality of life.
Solution
Renew Medical offers the Renew Insert, a discreet internal device designed to manage fecal incontinence and accidental bowel leakage. This silicone-based insert provides a comfortable and hygienic alternative to traditional absorbent products, allowing users to regain confidence and control over their daily activities. The product is designed for ease of use and can be worn day and night, offering continuous protection. Renew Medical also provides clinical resources and support for healthcare professionals to facilitate patient adoption and optimal outcomes.
Target Audience
The primary target audience includes individuals experiencing fecal incontinence or accidental bowel leakage, as well as healthcare professionals such as GPs, continence nurses, and specialists who manage these conditions.
Features
- Made from supple, body-adapting silicone for comfort and discretion.
- Designed for single-use with hygienic fingertip applicators.
- Available in two sizes (Regular and Large) to accommodate individual anatomy and clinical needs.
- Clinical studies indicate a significant reduction in ABL episodes and improved Wexner scores.
- High user satisfaction reported for ease of use and overall experience.
- Allows for passage of gas and normal daily activities, including bathing and physical activity.
- Available on prescription in boxes of 30 units.
- Offers a starter pack for healthcare professionals and patients to determine the optimal size.