Parents must not take it lightly once it is determined that their child has farsightedness. Once hyperopia in children is detected, it should be treated early. Infants and children are in the sensitive stage of vision development, and this is also the best time to treat hyperopia and amblyopia, after which the treatment will be ineffective, especially for amblyopia, which will be largely ineffective in adulthood. Therefore, parents must give their children regular vision checkups in order to detect the condition in time. Some parents worry that their children are too young to read and interpret their vision chart. Generally, children can learn to read and interpret the visual acuity chart correctly after the age of 3. If farsightedness or amblyopia appears at this time, it can be detected. The refractive correction of pediatric hyperopia caused by amblyopia Refractive error amblyopia is mostly seen in highly hyperopic, such amblyopia onset in young children, because during visual development, the retinal objects are always blurred, the visual center of the brain receives this blurred stimulation for a long time, over time, the formation of amblyopia. Therefore, the premise of treatment for refractive amblyopia is to correct the refractive error so that the retinal image is clear and unambiguous to facilitate the recovery of vision, and the best vision should be obtained with clear glasses. After wearing the glasses, we should re-examine every six months to a year and keep wearing the best vision corrective glasses. Refractive correction of pediatric hyperopia with common internal strabismus The prescription of spectacles should be determined according to two indicators, one is eye position and the other is visual acuity. If the lower corrected refraction can keep the eye in the right position and obtain better visual acuity, glasses of this refraction (usually the patient’s apparent hyperopia plus part of the refraction of the hidden hyperopia) can be prescribed. If the refractive error that results in better vision does not allow the eye to become orthotropic, the refractive error of hyperopia should be increased in order to make the eye orthotropic. The principle of prescription should be to ensure that the eye does not become oblique and that visual acuity is not considered for the time being. After the lenses are worn, the accommodation is gradually retarded and the visual acuity will gradually improve to normal. In order to make it easier for the patient to start wearing the lens, it should be worn with ciliary muscle paralysis. Patients with hyperopia with common internal strabismus often need full correction or even overcorrection when wearing the lenses. In order to maintain the tension of the patient’s accommodation. If a patient with common internal strabismus wears glasses for correction of hyperopia, if the near strabismus disappears completely after wearing glasses for a long time, and the strabismus appears again after removing the glasses, the strabismus is fully controlled and this type of strabismus is fully regulated internal strabismus. The other part can not be corrected by wearing glasses, should actively use other treatments such as surgery. If the eye position cannot be controlled after three months of wearing glasses, it is proved that the strabismus is non-adjusted, and other treatments should also be used. The farsighted eyes with common internal strabismus also gradually reduce their farsightedness in childhood, and wearing all corrective farsighted glasses for a long time will prevent the natural reduction of their physiological farsightedness and make it stop. Therefore, after the common internal strabismus wearing farsightedness correction glasses if the oblique position has been controlled, the glasses degree should be gradually reduced down, generally half a year to a year to adjust once, and finally can be reduced to the normal correction degree level. The treatment of children’s hyperopia is also based on the specific situation of the child.