软性显示器的主要结构由：基板(Substrate)、中间显示介质、封装(Thin Film Encapsulation)三层组成。软性显示器在结构上最大的特点是可以弯曲，也正是因为这一特性要求，过去所采用的玻璃基板材质并不是最佳的选择方案。为此各国纷纷展开其他材料的基板研究，依照目前发展来看，解决方案一共可分为3种，开发超薄化玻璃基板、开发塑料基板材料与薄型化金属基板。
拥有粘性背面的基板比最后制成的软性显示器和离形层略大，以便让它固定在玻璃板上。
The substrate, which has an adhesive backing, is made slightly larger than the final flexible display and the debonding layer, so it stays steady on the glass.
要制作一张具备一般平板电脑显示器所有功能的软性显示器，就必须在一个软性基板上铺设薄膜晶体管。
Making a flexible display as fully functional as the typical flat-panel computer screen requires layering thin-film transistors on a flexible substrate.
软性显示器制作完毕后，就要在不造成伤害的情况下与玻璃板分离开来，而这道工序的效率，使软性显示器很难实现商业化规模的生产。
The completed flexible display then has to be detached from the glass without being damaged, which is difficult to do efficiently enough to make the displays on a commercial scale.
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