If you have ever had an injury, it is likely that you were sent for radiographic imaging. You may have visited the local hospital to get MRI, XRAY or CT SCAN testing. These tests are important in treatment, because they allow the medical professional to accurately see what is inside of you. Otherwise, the medical professional would be left guessing and the treatment may not help you. These radiographic tests are an important diagnostic and treatment tool. They contain extremely sensitive and detailed photographs. They can even capture the smallest of movements in the body. This type of detail and minor detail capturing is important when it comes to the medical profession. The high frame rate camera is also important for individual research projects, as well.
Although individual cameras may not be entirely as detailed as body imaging machines are, they are able to pick up the smallest details and the smallest movements of a small subject. The human eye can only see so small, often leaving out the necessary parts of research. A camera or a video camera is often needed to increase the amount we can see. This allows us to study deeper dimensions and levels of a subject.
You might be wondering why you cannot just use a regular digital camera to work with your projects. Most traditional cameras are not built the same. They are not built with the intention of photographing or videoing very small details. They are used for larger picture items, like people, nature or even vehicles. They may have a high speed camera, that allows the photographer to take a lot of quick photographs, but the detail would not be enough in a research project.
Those using photography for a research project would benefit more from a high frame rate camera. While regular photography taken in sunlight might work with shutter speeds that are 1/125th of a second, shutter speeds for high speed photography are much faster, as fast as 1/8000th of a second. This increase in the high frame rate camera is very necessary when studying smaller objects. For example, the human eye is very small. A regular camera may be able to capture the color and the shape of the eye, but it would not be able to catch the smaller parts of the eye. A high frame rate Phantom Flex camera would be able to capture the smaller parts of the eye, and the small movements of it. This advancement to vision research was very important.
The high frame rate camera has always been used for the study of things. The first practical application of high speed photography was by Eadward Muybridge in 1878. It was a sequence of a horse galloping, which solved an old enigma, it answered the question of whether horses? feet were actually all off the ground at once during a gallop.
The Phantom Flex camera also has the ability to video camera small motions. In 1950, Morton Sultanoff, an engineer for the U.S. Army at Aberdeen Proving ground, invented a super high speed camera that took frames at one millionth of a second, and was fast enough to record the shock wave of a small explosion. The Phantom Miro is very important in furthering research about weather and natural disaster calculations.
There are many situations when a high frame rate camera or video camera may be necessary. They are generally used in scientific situations, as an extremely high frame rated camera is not needed for traditional photography. These images and videos are important to study things like natural disasters, animal motions and behaviors and the anatomy of the human body.
