The Venowave is a class two medical device designed to aid circulation. Most people who use the Venowave suffer from the following conditions: Deep Vein Thrombosis aka Economy Class syndrome, Venous Insufficiency (Varicose Veins), Post Thrombotic Syndrome, Lymphedema, Peripheral Arterial Disease and Leg Ulcers caused by diabetes.
Recently, the device was used by Canadian Triathlete/Olympian Simon Whitfield and his team as part of their training at the London Olympics. The device works well for cool downs and warm ups.
When worn firmly on the calf, the patented device (Health Canada, US FDA and CE approved) generates a wave-form motion that mimics the circulatory system, bringing blood from the calf up to the heart thus improving circulation.
Best of all, it only weights 250 grams and is powered by one AA battery. It is non-invasive as it does not penetrate the skin.
There are no restrictions when wearing the device, and it can be used while walking, running and even sleeping.
Why This Trend Is Growing
- Circulation Mimicking Devices
- Opportunity for innovative medical devices that mimic the circulatory system to improve blood flow and circulation.
- Class Two Medical Devices
- Potential for disruptive innovation in the development of new class two medical devices that aid circulation without penetrating the skin.
- Non-invasive Circulation Technology
- Opportunity for advancements in non-invasive technologies that improve blood circulation and can be used in various activities.
Industries Being Reshaped
- Medical Devices
- The medical device industry can explore the development of innovative devices that aid in improving blood circulation and treating related conditions.
- Sports and Athletics
- Opportunity for the sports and athletics industry to incorporate circulation mimicking devices in training and recovery programs for athletes.
- Health and Wellness
- Innovative circulation mimicking devices can be utilized in the health and wellness industry for improving overall blood flow and preventing related conditions.
