If you look through the human history, you can see a plethora of achievements. These achievements aren’t restricted to any particular discipline, shape or form. They cover an expansive picture and that’s exactly why we have been able to get where are at the moment. However, don’t let this huge volume of progress distract you from the fact that our greatest achievement is simplifying the world around us. Unfortunately, the dynamics of our environment weren’t so clear all along. Hence, our ancestors had no option but to constantly work towards dissecting their meaning and giving them a unique identity. This, of course, created the foundations for future generations to come and flourish straight away. It must be noted, though, that our knack of boiling things down to something simpler was still at work. By this point, it had become integral to our growth. When you go back and assess all the leaps we have made on the back of it, the humongous impact triggered by the said tendency becomes more evident to the eye. Nevertheless, a big part of it wouldn’t have happened without technology.
Right from the get-go, technology was marketed as a tool to ease up our lives, so when we allowed the creation to develop further, it led us into an outright unprecedented piece of reality. To understand the way in which technology changed the world forever, we only have to acknowledge what it did on a granular level for different sectors. One such sector that reaped serious benefits out of technology’s plain brilliance was the medical sphere. In fact, as we look at the latest medtech take from OXOS Medical, it can be safely said that this ingenious creation still has a lot to offer within the healthcare context.
OXOS Medical, a subsidiary of Georgia Tech, has successfully developed a handheld X-ray system that is specifically designed to image the distal extremities, which covers areas like from the shoulder to the hand or from the knee to the foot. Already approved by FDA, the device is supposed to help medical professionals in assessing what is exactly the point of care, a feature that is pretty restrictive in the current imaging techniques due to inconvenient size of the equipment being used. With its refined skill-set, the device from OXOS is also expected to have a future in the operating rooms, as surgeons can bank upon the portability here to remove any difficulties posed by a fixed device.
Another great thing about this device is the lower radiation level. If reports are to be believed, the Micro C produces 80% less radiation than a traditional system and that makes pulling off a technique like dynamic digital radiography much more feasible. You see, by doing so, the device takes us near to a tomorrow where X-ray videos are commonly used to deliver more effective healthcare services.
