360° Square Edge Yellow PMMA Single Piece Posterior Chamber Intraocular Lens

The 360° Square Edge Yellow PMMA Single Piece Posterior Chamber Intraocular Lens (IOL) of Glass Agencies is such a sophisticated ophthalmic implant that it had been the main issue of optical performance, stabilization, and the patients’ safety through cataract surgery. The intraocular lens is made from medical-grade PMMA, which is a non-toxic material at the same time is very clear optically, yield high resistance to mechanical stress, and not deform very easily. The lens provides extraordinarily good vision and is highly recommended by the ophthalmic community for its accuracy and dependability.

The perimeter of the optic surface had been designed with a 360° square edge which provides a very sharp and fixed barrier to the whole lens surface, thus the prevention of migration of lens epithelial cells would be through this channel; and consequently the posterior capsule opacification (PCO) would be minimized. This very design brings about and maintains visual clarity for long-term and also lessens the chance that the case of cataracts will come back. With the Polymeric Yellow used in the lens, the closest to natural human lens spectral transmission can be obtained for the latter filtering of the UV and blue light and still true color perception and contrast sensitivity. The reason for protecting the eye is that it gets the retina indirectly exposed through the Ultraviolet light and phototoxic areas.

The single-piece design of the lens will guarantee that it will not move around in the capsule bag after the surgery hence the getting of postoperative decentration will be limited and so there will be steady refractive performance. As to the lens surface, it is smooth and highly polished which means that its implantation is done safely and efficiently and thus the case of inflammation post surgery is greatly reduced. The rigid nature of PMMA makes it suitable for the manual small incision cataract surgery (MSICS) and extracapsular cataract extraction (ECCE) yielding being cost-effective and durable.