Discover how ADEWO's Creasing Cutting Machine has evolved from basic cutting and bridge functions to the advanced X1E PRO, with upgraded machine structure, tooling and software, automatic length separation, multi-rule material storage, and support for a wider range of steel rules and stripping rules.
The ABM-832C2 multifunctional automatic rule processing machine integrates various punching and cutting tools, broaching, and nicking capabilities. It features an integrated design combining dual-clamp screw feeding with rule bending and cutting, supports rapid independent tool changes, and offers a flexible, high-efficiency automated solution for high-precision die-making.
Traditional die-board processing typically involves multiple discrete steps, placing high demands on equipment coordination, machining precision, and tool management. The ABM-832A5 further integrates the various functions required for precision die-board production through features such as integrated rule processing, software-based specification adjustment, a three-station saw blade configuration, and an automatic lifting system for the six-tool turret. By combining multiple processes and automated configurations—spanning everything from specification control to material switching—the equipment offers a more flexible production solution for high-end packaging and precision die-board manufacturing.
With the increasing demand for precision processing in fields such as packaging printing, pharmaceutical packaging, electronic products, and high-end gift boxes, die-cutting manufacturing is developing towards high precision, multiple processes, and automation. For sandwich dies, precision electronic dies, and high-end packaging dies, traditional manual bending and nicking methods have certain limitations in terms of processing efficiency, dimensional consistency, and adaptability to complex processes. Addressing the demands of high-precision die-cutting machining, the ABM-832C2 Multi-functional Automatic Bending Machine integrates bending, nicking, lipping,mold cut, and bridge processes. Combined with multi-specification nicking, automatic rule changing, and a high-precision feeding system, it provides a more stable and efficient automated solution for complex die-cutting machining.
