基于浸没透镜设计了一种超分辨成像系统，利用SU-8光刻胶和直径为4.87 μm的微球实现纳米级别的超分辨成像。介绍微球成像放大率的求解方法，并通过软件模拟了超分辨成像系统的焦距。通过改变SU-8胶的厚度（从3.4 μm到0），系统的放大率也随之改变（放大率从1.6x到2.6x）。实验表明：SU-8胶的厚度对微球放大率有直接影响，通过该系统可以在普通光学显微镜下观察到蓝光光碟条纹。

Based on the solid immersion lenses (SILs), a new super-resolution system with nanometer scale was designed by using the SU-8 photoresist and a 4.87 μm diameter spherical lens. The computation process of the magnification was introduced. The focal distance was simulated by softwares in addition. By changing the thickness of the SU-8 layer from 3.4 μm to 0, the systems magnification was changed from 1.6x to 2.6x. Experiment results show that the thickness of SU-8 photoresist influences the magnification directly,the stripe patterns of the blu-ray disc can be observed in ordinary optical microscopes by using the super-resolution system.