基于模块化数字排序的折弯机压模装置

Bending Machine Pressing Device Based on Modular Digital Sorting

对压模装置进行优化设计,能使设备生产效率提升、体积减小、能耗降低。通过将宽度固定的压模分割成多个模块,根据钣金件边缘的宽度,通过定位拨叉结构后,控制其调整模块个数,使设备可加工不同宽度的边缘,节省转移钣金件所花时间,提升生产效率。由驱动件通过滑块来推动左右对称的六连杆结构向外运动,使结构具备增力效果,在输入较小功率的同时还能获得较大压紧力,避免使用大功率驱动件,使设备体积减小,能耗降低。

The optimized design of the die-pressing device can increase the production efficiency, reduce the volume and reduce the energy consumption of the device. By dividing the stamper with a fixed width into a plurality of modules, according to the width of the edge of the sheet metal member, after positioning the fork structure, the number of the adjustment modules is controlled, so that the device can process the edges of different widths, thereby saving the transfer of the sheet metal parts. Take time to improve production efficiency. The driving member drives the left and right symmetrical six-link structure to move outward through the slider, so that the structure has a force-increasing effect, and a large pressing force can be obtained while inputting a small power, thereby avoiding the use of a high-power driving member, so that The equipment is reduced in size and energy consumption is reduced.