The conceptual 'BANTING' diabetic maintenance device is a specialized piece of technology that aims to make the lifestyle of those living in developing nations with diabetes easier. Designed by Evan McDougall, the device works by automatically calculating the dosage of insulin that the patient requires and providing it via the retractable needle that helps ensure optimal sanitization. The solution has been created with a low-cost profile to make it applicable for usage in rural and developing areas, which is achieved thanks to an inexpensive yet high-quality build.
The conceptual 'BANTING' diabetics management device is also cleverly designed with an array of LEDs in place of a traditional display to guide users while saving precious power in the process.
Developing Nation Diabetes Devices
The 'BANTING' Pinpoints the Right Level of Insulin Needed
Trend Themes
1. Automated Insulin Dosage - The 'BANTING' device exemplifies the trend in automated insulin dosage, providing a disruptive innovation opportunity in diabetes management.
2. Low-cost Diabetes Technology - The 'BANTING' device's low-cost profile highlights the trend in affordable diabetes technology, presenting a disruptive innovation opportunity in developing nations.
3. Power-saving Healthcare Devices - The 'BANTING' device's use of LEDs instead of a traditional display showcases the trend of power-saving healthcare devices, opening up disruptive innovation opportunities in energy-efficient medical technology.
Industry Implications
1. Medical Devices - The 'BANTING' device signifies a disruptive innovation opportunity within the medical devices industry, specifically in the field of diabetes management and insulin dosage.
2. Telemedicine - The 'BANTING' device's low-cost and automated features present a disruptive innovation opportunity in the telemedicine industry, enabling remote diabetes management in developing nations.
3. Energy-efficient Technology - The 'BANTING' device's power-saving design suggests a disruptive innovation opportunity within the energy-efficient technology industry, particularly in developing eco-friendly healthcare devices.