Progression Through The Year
Progression Through The Year
This section will highlight all the various iterations for the components in our device!
Embedded Files
Pressure Sensor Housing Iterations
Pressure Sensor Housing Iterations
Throughout the development of our Next Generation Blood Transfusion Device, we iterated several designs for the pressure sensor housing to enhance its functionality and reliability. The initial design was compact but prone to air leaks, while the second design improved sealing but was larger. Our final iteration achieved the best balance, providing a robust seal against leaks while optimizing the size to ensure durability and compatibility with the overall device structure.
Versions: (1) Top Left, (2) Bottom Left, (3) Right
Initial Sketches of Component
Initial Sketches of Component
Here are our initial sketches before they had become the physical prototypes
Project Conclusion
Project Conclusion
The development of the Next Generation Blood Transfusion Device marks a significant advancement in emergency medical technology, specifically tailored for high-stakes environments such as battlefields and disaster zones. By automating the blood transfusion process, our device addresses critical limitations of current manual methods, allowing medics to treat multiple casualties efficiently and effectively. Through rigorous design iterations, testing, and validation, we have created a device that not only meets but exceeds the necessary performance criteria, ensuring rapid and reliable transfusions. As we move forward, the potential applications of this device extend beyond military use, promising to enhance emergency medical responses globally and save countless lives. Our commitment to continuous improvement and innovation ensures that this device will remain at the forefront of emergency medical care technology, setting new standards and improving outcomes for patients worldwide.
Page updated
Report abuse