In this study, we introduce a series of ZIFs with gis topology that incorporates mechanical linkages, where CBUs 32 function as mechanical components. Within these ZIFs, thermal responses indicate the rigidity of CBUs and highlight Zn atomic sites as crucial joints, resulting in the unique corotating movement. Additionally, the type of functional groups in imidazolate linkers can significantly influence this ZIF mechanics. This distinct mechanical feature, allowing selective deformation in gis-ZIFs, leads to anisotropic mechanical properties. Notably, this ZIF mechanics is similar to slider-crank mechanism, which are not belonged to traditional flexible MOFs. We expect that these ZIF machines, leveraging specific mechanical components, hold the potential to reshape the field of adaptable solids, offering exceptional machinery functions.