Posts tagged "auto mold"

Key points of automobile drawing die design 1. arrangement of adjusting pads arrangement of adjusting pads The arrangement of adjusting pad is close to the pressing surface, one per 300~400 300~400 for each adjusting pad arrangement close to the pressing surface. Adjusting pad corresponding position, the lower die set pier dead block; adjusting pad corresponding position, the lower die set pier dead block. Adjustment pad, pier dead block, the corresponding position of the top bar

the benefits of laser heat treatment for automotive molds Compared to U.S. OEMs, for the exact same automotive tooling, automotive tooling OEMs across Europe are delivering it faster, with higher quality and at a lower cost. The reason for this is laser heat treating (see Figure 1), a process that is close to mainstream in Europe, but hardly ever practiced in the United States. Laser heat treating has been universally successful in Europe, and adoption

Selection Technique of Gate Position for Automobile Die   1. Place the gate at the thickest part of the product, and pouring from the thickest part can provide better filling and pressure maintaining effect. If the pressure is insufficient, the thinner area will solidify faster than the thicker area, so as to avoid placing the gate at the sudden change of thickness, so as to avoid the occurrence of hysteresis or short shot. 2. If

Nine Reform Trends of Automobile Moulds At present, there are nine major development trends in the global automobile die industry, namely: the CAE effect of the stamping forming process is becoming more prominent, the three-dimensional planning position of the die is stabilized, the digital die technology has become the mainstream direction, the rapid development of die processing automation, the high strength steel sheet stamping technology is the future development direction, the new mold commodity is

Development trend of automobile die manufacturing technology In the future, automobile die manufacturing technology will have the following development trends: ◆ Accelerate information drive ◆ Improve manufacturing flexibility ◆ Agile manufacturing ◆ Systematic integration Its specific performance can be divided into the following two parts: First, the digital technology of mold design, manufacturing and management: such as C4P (CAD/CAPP/CAM/CAE/PDM), ERP, PLM and other technologies will continue to expand their applications; Second, new technologies for mold