Geometric design and optimization of the on on bend

In the field of metalworking, the geometric design and optimization of bending is the key to ensure machining accuracy and efficiency. A well-designed bent overmold can significantly reduce the stress concentration of the material, extend the service life of the mold, and improve the quality of the processed pieces. For example, during the design process, a finite element analysis (FEA) can predict and optimize the stress distribution to ensure the reliability of the mold under repeated loads. In practice, an optimized bending die angle design can reduce the rebound effect of the material and thus improve the bending accuracy. Studies have shown that by adjusting the geometry of the upper module, the rebound error can be controlled within 0.1 degrees, which is particularly important for precision machining. Furthermore, the geometric optimization of the dies also involves the simulation of the material flow to ensure that the metal can flow smoothly during the bending process, avoiding cracks or creasing. As Henry Ford puts it: ” Quality is designed, not tested.”Therefore, through the precise geometric design and optimization, the bending die can not only improve the processing efficiency, but also ensure the quality of the final product.https://www.mhtcnc.com/product/bending-mold/