This invention discloses a pressing module for a double-glass module de-
adhesive removal device, comprising a bottom mold and a pressing mold. The bottom mold has a top
support surface flush with the top surface of the transfer roller. The pressing mold includes multiple pressing feet mounted side-by-side on the same bearing and rotatably pressed against the top
support surface. The contact surface formed by each pressing foot slopes downward from the tip, with the tip close to the
cutting module. On the one hand, based on the relative pressing assistance formed by the pressing mold and the bottom mold, and under the condition that the roller
cutting direction of the
cutting module and the moving direction of the module are the same, this application not only counteracts the stress caused by deformation or displacement of the module by the cutting module, but also optimally shortens the length of the free section to eliminate cutting safety hazards and reduce the damage rate caused by
cell movement. On the other hand, each pressing foot adaptively adjusts its downward pressure based on the unevenness of the module surface, not only avoiding pulling caused by downward pressure, but also forming a squeeze that removes residual glass, thereby improving cutting quality.