Pigmentary glaucoma iris scraping treatment method and the iris T aluminum scraping scalpel tool

An iris scraping surgical treatment method for curing pigmentary glaucoma by removing pigment debris built up on a natural bottom layer of a backside of an iris to unblock fluid flow between the iris and the lens of the eye, the method comprising:

• a first step of making an incision in the sclera;
• a second step of lifting the iris from the lens;
• a third step of scraping pigment and cellular debris from a natural back pigment epithelium layer on a backside of the iris using a pointed double edge dull non cutting aluminum scraping blade of an iris scraping surgical tool comprising a flat elongated aluminum handle and a flat aluminum blade extending from the handle, the blade having a sharp pointed tip and two opposing dull non cutting scraping blade edges extending back from the front tip, the entire aluminum handle and aluminum blade including the tip, and scraping blade edges having a durable plastic coating to withstand operating conditions and all forms of sterilization procedures, each scraping blade edge used independently for scraping the natural back pigment epithelium layer on the backside of the iris to remove the pigment debris and dead cell tissue from the natural back pigment epithelium layer on the backside of the iris without disturbing the natural back layer to let the fluid flow out between the iris and the lens at a normal rate to drain out of the trabecular meshwork to relieve the pressure of the pigmentary glaucoma;
• and
• a fourth step of lowering the iris back down and re-attaching the iris by suturing to close the incision in the sclera;
• thereby providing an iris scraping surgical treatment method for pigmentary glaucoma wherein pigment debris is removed from where it is built up on the natural back pigment epithelium layer on the backside of the iris to unblock fluid flow between the iris and the lens of the eye.