Odapt is developing a 3D printed, reusable silicone wafer designed for two-piece ostomy bags, which customizes to the unique shape of each stoma to prevent leaks. This solution addresses the significant issue of waste generated by traditional ostomy products, offering a sustainable alternative that can be easily cleaned and reused.
Funding
Funding not disclosed
Founders
Product
Problem
Individuals with ostomies often experience leakage and skin irritation due to ill-fitting ostomy wafers, as current designs fail to accommodate the unique contours of each patient's stoma and abdomen. Traditional methods of manually measuring and cutting wafers are time-consuming and prone to error, leading to discomfort and potential complications. The frequent replacement of these disposable wafers also contributes to significant medical waste.
Solution
Odapt provides a customized ostomy solution through 3D-printed, reusable silicone wafers designed to perfectly fit an individual's stoma. Patients can scan their stoma using a smartphone app, which generates a 3D model used to create a personalized wafer. The resulting wafer conforms precisely to the patient's unique anatomy, ensuring a secure and comfortable seal that minimizes leaks and skin irritation. The reusable design reduces waste, offering a sustainable alternative to traditional disposable wafers.
Target Audience
The primary target audience includes individuals with ostomies, particularly those with inflammatory bowel disease, who seek a more comfortable, secure, and sustainable ostomy solution.
Features
- Smartphone app for scanning and creating a 3D model of the patient's stoma
- 3D-printed wafers made from biocompatible, medical-grade silicone
- Customizable design to match the unique contours of an individual’s stoma and abdomen
- Secure adhesion to the skin via a silicone adhesive layer
- Reusable design that can be easily cleaned with soap and water or by boiling
- Compatibility with a wide range of ostomy pouches available on the market
- Flexible material that adapts to body movements, reducing skin irritation