The invention discloses a device for eliminating crystalline lens
equator epithelial cells. The device comprises a handheld rod and a connecting rod connected to one end of the handheld rod. The tailend of the connecting rod is bent to form a working rod. A
polishing rod is connected to the side wall, close to the near end, of the top face of the working rod. The ends of the working rod and the
polishing rod are formed into cambered surfaces, and the portion, close to the end, of the top face of the
polishing rod is provided with a round obtuse part transited from the cambered surfaces to thetop face of the polished rod. High-efficiency front
capsule polishing can be performed when
capsulorhexis is just completed and crystals are not taken out, no viscoelastic substance needs to be adopted in the polishing process, intraocular hypertension complications are avoided, the problem that cortex and a
capsule opening are tightly stuck after
femtosecond capsulorhexis can be solved, the front
capsule polishing operation can be completed easily for microcoria operation, the phenomenon that bowl-shaped cortex shells are formed in the
ultrasonic emulsification process can be avoided, and the back capsule
cracking risk is lowered; meanwhile, the front end is provided with a flexible extension rod capable of stretching into the
equator for polishing, and the
equator can be polished.