This invention provides a dustproof net folding mold and a dustproof net, belonging to the field of die-
cutting technology. It aims to solve the problems of cumbersome
processing procedures, low efficiency, high cost, and easy misalignment in existing dustproof net
processing. The mold includes product holes, fold lines, observation lines, positioning holes, and
cutting lines. Mold A and mold B are rotatably connected via the fold lines to achieve integrated folding. The
processing method includes material pretreatment, mold positioning, double-sided
adhesive application and hole
cutting, mesh fabric bonding and pressing, secondary cutting, and release paper application. The integrated mold design reduces the number of processes, and the positioning holes and observation lines ensure positioning accuracy, ultimately producing a four-layer dustproof net consisting of a first layer of double-sided
adhesive, a mesh fabric, a second layer of double-sided
adhesive, and release paper. This invention improves processing efficiency, reduces labor costs, and avoids folding misalignment, making it suitable for large-scale production of dustproof nets for electronic devices.