Rautiana Anomaloscope

The Rautian Anomaloscorp is an ophthalmic device invented by Professor Rautian to detect and measure refractive errors in the human eye. It is a small device that can be carried in your pocket and provides readings comparable to standard ophthalmic examinations, but faster and more accurate. An eye test that uses light beams to perform tests is called a refractive test. In this test, the ophthalmologist creates a bright dot and slowly moves it from the pupil to the patient's pupil. If the patient looks at this point, this means that his eyes are normal. Otherwise, if the eyes go beyond the lens, then vision is impaired for some reason.

The Rautian anomaloscope is a device developed by the Soviet ophthalmologist Rautian to diagnose visual impairments. It allows you to evaluate visual acuity and identify deviations in the refraction of the eye, such as astigmatism, myopia and farsightedness.

The operating principle of the Rautian anomaloscope is based on the use of lenses that change the direction of light passing through the eye. As a result, the patient sees an inverted image, which is then analyzed by the doctor. By analyzing this image, the doctor can determine the degree of visual impairment and prescribe appropriate treatment.

The Rautian anomaloscope is widely used in ophthalmology for the diagnosis and treatment of various eye diseases, such as cataracts, glaucoma and others. It can also be used as an aid to determine the correct correction of glasses or contact lenses.

Despite its effectiveness, the Routian anomaloscope has its disadvantages, such as the need for special lenses and difficulty in use for patients with vision problems. However, due to its accuracy and ease of use, it remains one of the most popular vision diagnostic devices in ophthalmic practice.