Provides a portable therapeutic device that combines heat, cold, and vibration treatments in a single, adjustable belt. This system improves muscle recovery, reduces stiffness, and enhances mobility for patients, while streamlining therapy workflows and reducing equipment costs for physiotherapy practices.
Funding
$60K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BVFounders
Product
Problem
Traditional physiotherapy practices often require multiple devices for heat, cold, and vibration therapies, leading to increased equipment costs, space constraints, and complex workflows. These methods can also lack personalization, potentially reducing treatment effectiveness and patient comfort.
Solution
XenoPatch offers a 3-in-1 therapeutic device that integrates heat, cold, and vibration treatments into a single, adjustable belt, streamlining physiotherapy workflows and reducing equipment costs. The device allows for easy switching between heat and cold therapy, catering to diverse patient needs with a user-friendly interface. A flexible design ensures the belt adapts to various body shapes, providing optimal and comfortable application. The system is enhanced by a mobile app, enabling therapists to personalize treatment parameters according to individual patient requirements.
Target Audience
The primary target audience includes physiotherapy practices and therapists seeking to streamline their workflows, reduce equipment costs, and enhance patient care through personalized and efficient thermotherapeutic treatments.
Features
- Integrated heat, cold, and vibration therapy in a single device
- Intuitive mobile app for personalized treatment parameter adjustments
- Flexible belt design that adapts to different body shapes for optimal application
- Powerful battery for unrestricted use without cables
- Easy switching between heat and cold treatments with a simple interface
- Reduces equipment costs and space requirements compared to traditional methods