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Summary
Efficient ocular surgery must be precise, safe and cost effective. Minimally invasive microrobots for ophthalmic applications have been introduced for high precision motion with force feedback. Research demonstrates the potential of wireless magnetic microrobots for targeted drug delivery to the retina and operations in the posterior eye segment without the need for a vitrectomy.
A variety of different methods exist for gathering three‐dimensional information for micro‐ and nanoscale objects. Tilting of samples in a scanning electron microscope provides a non‐destructive way of generating these data. Traditionally, the reconstruction of this image data is performed by stereo photogrammetric methods that compare features from two or three frames. We propose the application...
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