 This paper proposes a new approach to transplant conductive materials, which can be used in applications such as touchscreens and displays. It demonstrates that slabs of layered oxide materials, such as senior 2RU04 and TL2BA2CU06+, can be made optically transparent despite being macroscopically thick, 2 microns. This is achieved through the use of focused ion beam milling to create out-of-plane slabs, allowing for the separation of the direction of conduction and transmission. This offers a potential solution to the trade-off between electrical conductivity and optical transparency, avoiding the need to reduce either parameter. This article was authored by Karsten Putsker, Chunyugua, Vincent Plisson, and others.