Elasticity analysis device for intraocular lens implantation

The utility model relates to an elasticity analysis device for intraocular lens implantation. On the basis of an OCT imaging assembly, aDDITIONAL ELASTIC MEASUREMENT ASSEMBLY, in the process of executing ICL, accurate monitoring of the distance between the intraocular lens and the human eye lens of the subject is realized; during air blowing, the OCT imaging assembly is used for detecting the corneal displacement condition; the hardness of the cornea can be measured by applying motion formulas such as stress and strain; the intraocular pressure can be monitored in real time in the filler injection process by measuring the corneal hardness; complications caused by too high intraocular pressure in the operation process are avoided; therefore, three-dimensional real-time and high-resolution intraoperative monitoring is achieved, a surgeon can conveniently adjust the position of the ICL to the optimal state in time, it is guaranteed that filling agents serving as protection are injected correctly, the effect of c