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Avoiding spherical aberration is important in several surgical applications using optical lenses. Spherical aberration can cause slight defects in imaging that can make a huge difference in some medical applications, especially when microscopy cameras are involved. Learning more about the differences n spherical and aspheric lenses can help you have a better idea about what you are going to see on the screen in the operating room.
Neurosurgical Precision And The Side Effects Spherical Aberration
Microscopy cameras used in neurosurgical procedures must be offer imaging perfection. Unnecessary light reflection traditionally caused by spherical lens aberration can cause imaging issues that would matter a great deal in a surgical procedure. For example, brain matter shows up as whitish gray on a screen during surgery. Surgical lamps can cause sheen on the surface of exposed brain matter, thus also causing a reflection that could be troublesome to traditional spherical lenses. Advance microscopy digital imaging devices using aspheric lenses reduce the risk of error due to light refection problems that show up on screen.
Aspheric Images And Greater Accuracy In The Lab
When you peer into a microscope, you need to see clear and crisp images. However, if you are working under florescent lights in your lab, you could spend some time trying to focus in a microscope using spherical lenses due to light reflection. Knowing your images will always be clear enough to make accurate recordings is extremely important. Choosing microscopes incorporating the benefits of aspheric lenses is important in the lab for this reason. Aspheric lenses reduce the problems with aberration and reflection for helping to produce images you can count on being precise and crisp every time.
Aspheric Lenses Improve Diagnostic Medical Imaging
Aspheric technology used in the manufacturing of optical lenses has been found to greatly improve many levels of diagnostic imaging like X-rays. Due to the light reflection and aberration reduction benefits of aspheric lenses, many imaging procedures are capable of producing more detailed, clearer results. The more detail a physician can actually see on an X-ray, the greater the chances are for a more accurate, specific diagnosis.
When it comes to surgical and diagnostic procedures, the choices you make for equipment can be the fine line between life and death for many patients. Learning more from places like R. Mathews Optical Works, Inc. about the science behind the best and most advanced imaging lenses can help you make the choices you will not regret. Aspheric lenses help to cut out the traditional problems caused by spherical aberration you may have already found stressing in your practice of medicine.