做光学、MEMS、微流控、传感电极、新材料和量子器件时，真正有用的不是一句“能做”，而是先把应用目标、材料限制、关键尺寸和验收方式拆清楚。For optics, MEMS, microfluidics, sensors, electrodes, emerging materials and quantum devices, the useful answer is not a quick yes. It is a clear split of goal, material limits, critical dimensions and acceptance method.
结构概念图，非实测图像Concept illustration, not measured data
超表面、超透镜、波导、光栅、衍射光学元件，重点确认波长、材料折射率、结构高度、周期和测试方式。Metasurfaces, metalenses, waveguides, gratings and diffractive optics. Confirm wavelength, index, height, period and metrology.
结构概念图，非实测图像Concept illustration, not measured data
微通道、腔体、深硅刻蚀、玻璃/PDMS、键合封装，提前考虑深宽比、泄漏和连接方式。Microchannels, cavities, deep silicon etch, glass/PDMS and bonding. Check aspect ratio, leakage and connection.
结构概念图，非实测图像Concept illustration, not measured data
叉指电极、微电极、功能薄膜、钝化开窗和电学测试，重点看附着、残胶、接触电阻和测试可达性。IDEs, microelectrodes, functional films, passivation windows and electrical tests. Watch adhesion, residue, resistance and access.
结构概念图，非实测图像Concept illustration, not measured data
二维材料、SiN、AlN、III-V 和低损伤器件，先列出温度、等离子、溶剂、充电和污染限制。2D materials, SiN, AlN, III-V and low-damage devices. Start with temperature, plasma, solvent, charging and contamination limits.
结构概念图，非实测图像Concept illustration, not measured data
周期阵列和母版类需求可进入纳米压印与母版页面，重点看周期、占空比、面积、缺陷和复制方式。For periodic arrays and masters, review period, duty cycle, area, defects and replication method.
例如用于成像、耦合、传感、过滤、流体控制、电学测试、封装连接还是结构验证。目标越明确，越容易判断哪些参数必须保住，哪些参数可以让工艺侧优化。Explain whether it is for imaging, coupling, sensing, filtering, fluid control, electrical tests, packaging connection or structural validation. Clear goals reveal which parameters are fixed and which can be optimized.
根据应用目标，选择光刻、刻蚀、镀膜、Lift-off、键合、减薄、压印或测试组合，而不是只看单个工艺名称。需求说得越具体，越容易匹配合适的平台、公司或供应商。Match lithography, etch, films, lift-off, bonding, thinning, imprint or testing as a process mix, not one isolated process name. Better input makes better supplier matching.