Dry Powder Pressing Mold technology in the development of three-dimensional design status is very good
Speaking of Dry Powder Pressing Mold in which the three-dimensional design is concerned, it is actually an important part of the digital mold technology, in terms of this aspect, it is actually in order to achieve the design of Dry Powder Pressing Mold and its manufacturing and testing integration Foundation. Japan's Toyota and its US General Motors and other companies, in fact, it will have been achieved on the mold of the three-dimensional design, and will achieve a better application effect.
In terms of foreign speaking, in the three-dimensional design of Dry Powder Pressing Mold, it is taken by some of the practice is worthy of our reference. In addition to the mold three-dimensional design itself, it is in addition to its own to achieve integrated manufacturing, the other one of its advantages, in fact, it is easy to interfere with the inspection, so that is, in fact, can be directly on the movement On the interference analysis, to solve its own two-dimensional design of a difficult problem.
Dry Powder Pressing Mold which stamping, it is actually simulated CAE role, so that in fact, it will be more prominent. On the recent point of view, in fact, it will be with the computer software and hardware on the rapid development of its stamping process CAE simulation technology in fact it will directly play an increasingly important role.
In the United States, Japan, Germany and a series of developed countries, CAE technology is concerned, in fact, it will have become a mold design and manufacturing of the necessary links, so that is, in fact, will be used to predict the formation of defects, Then, in fact, it will be directly to optimize its stamping process and mold structure.
In this way, for improving the reliability of the design of the Dry Powder Pressing Mold, and its reduced test time. CAE technology is widely used, in fact, it will greatly reduce the cost of its test mode, this way, in fact, it will shorten the stamping die powder mold on the development cycle, has been directly to ensure that our mold quality An important means.
In fact, it is necessary to pay attention to the recent, then, in recent years, it has been directly on the rapid development of a digital technology, is to solve the Dry Powder Pressing Mold directly in the development of the mold Of the many problems faced by an effective way, it is precisely because of this, we in terms of this development, in fact, is to pay special attention.
In addition, we actually have to pay attention to, when we talk about the Dry Powder Pressing Mold technology, in fact, that is, computer technology or computer-aided technology CAX in our mold design and manufacturing process directly on the application. It is also because of this, when we directly summed up the domestic and foreign automotive mold enterprises where the application of computer-aided technology to a successful experience.
Moreover, we actually have to pay attention to the Dry Powder Pressing Mold for the development of digital technology, which in fact it is the direct, including the directability of design (DFM), in fact, that is, when the design, some must consider And analyze its manufacturability to ensure the success of our craftsmanship.
Dry Powder Pressing Mold digital technology development also includes a mold surface design of a supporting technology, in terms of this aspect, we actually have to pay attention to the direct development of an intelligent surface design technology; Moreover, in fact, also It is necessary to pay attention to CAE auxiliary analysis and simulation of a process of forming, so that we can in fact can directly predict and solve it may be a defect and forming problems.
Dry Powder Pressing Mold digital technology development in terms of words, in fact, is to use 3D mold structure design, directly to replace the traditional one 2D design; Dry Powder Pressing Mold on the development of digital technology in terms of this aspect, we actually It is important to note that, in terms of its mold manufacturing process, it is actually a direct use of CAPP or CAM and CAT technology.