Abstract
Metal-organic frameworks (MOFs) are achieving unprecedented progress in scientific research for their attractive properties. However, MOFs’ disadvantages, including poor processibility, low chemical stability and limited mechanical properties, have prevented their widespread application. Printing techniques with advantages such as geometric controllability, rapid prototyping, and sustainable manufacturing can effectively address these problems of MOFs. Up to now, MOF-integrated printed devices have made significant breakthroughs and progress. This article provides the latest progress in MOF-integrated printed devices. First, the commonly used printing techniques for MOF-based device fabrication are summarized. Then, the important achievements made in MOF-based printed device fabrication and applications of these fabricated devices are highlighted. Finally, major challenges and potential research frontiers of MOF-integrated printed devices are proposed.
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