Three-dimensional technology, 3D, has become a part of entertainment brining to life movies creating a much more immersive experience for moviegoers. 3D technology has been around for a while but its uses are becoming more and more practical. The development of 3D systems has become quite beneficial for medicine specifically in the area of medical imaging. Medical imaging is the process of creating visuals of the patient’s interior in order for doctors and other medical professionals to take a look and analyze. Such imaging processes includes ultrasound, x-rays, etc. With the incorporation of 3D technology in medical imaging, we now are capable of 3D Medical Simulations.
Traditionally, doctors utilize systems that create 2D visualizations of the patient which can have its limitations. 3D medical imaging is entering the medical imaging area but medical imaging systems capable of 3D still only occupy a small percentage of the market. However, 3D technology is growing fast and is already expanding into a multitude of practices in medicine and is seen to grow exponentially in the years to come.
One of the key components of medical imaging systems are its displays. The data an imaging system captures is translated through this display into a visual representation. A lot of systems today still make use of 2D displays but as 3D systems are being developed, doctors can now utilize Medical Device Simulations in a more interactive and detailed three dimensional platforms.
We know that the developed of 3D technology and its integration into medical imaging has become quite an advantage but how does it benefit medicine specifically? To answer that question let’s take a closer look into four procedures done in the medical industry and how 3D imaging can prove to be a revolutionary form of technological improvement for them.
1.) Creating prosthetics – Patients who want to get a prosthetic must undergo proper analysis in order to map out the area of the missing limb in order to create the right prosthetic. Through 3D imaging, mapping can be a lot more detailed and a lot more efficient as well.
2.) Pre-surgery analysis – Before surgeons can open up their patients, it is important that they know what they are working with. X-rays are usually utilized to get an idea of the problem and how to tackle it but with 3D systems surgeons can get a more detailed visualization of the problem.
3.) Outside expert analysis – Some patients can suffer from complex problems that only experts in the field can piece together but rarely are they both in the same place. Through 3D imaging these experts can be sent the visualization of the problem to analyze no matter how far he is.
4.) Scanning – Scanning a patient (through MRI or CT) involves hundreds of images being taken all of which doctors have to look into to really analyze the problem. With a 3D Medical Simulation, a single interactive image can be taken of the patient and doctors can simply go through the entire image interactively to solve the problem.