Learn plastic mold design. Start school from that aspect

First of all, to learn engineering drawing, you must be able to understand the drawing, the drawing is the language of engineering, and there is a language.

Next, learn 3D software.

Choose a mold you like, such as a plastic mold, a stamping die, just choose one, people's energy is limited.

Use the software to learn to open a simple set of molds.

Next, learn about the mold structure.

Next, let's learn about mold-related machinery and equipment, such as injection molding machines and their peripheral equipment.

Learn about mold processing.

Learn about the process.

Learn about plastic materials.

Learn about product design.

Learn about the molding process.

Strengthen communication skills.

You go to the mold factory workshop (mold room), first know the mold, software and book knowledge, is far from enough, mold design has all the actual combat experience-based, you read the design of the mold is completely not good, no one dares to take the mold, familiar with the mold, in the learning software, processing knowledge (you can learn in the mold room, milling machine, grinding machine, drilling machine, CNC, wire cutting, spark machine, lathe and other series of machine tools, as long as you learn modestly, you can learn, and then strengthen the software exercises, (proe, UG and other mainstream software).

If you really want to learn mold design. Recommend you a really good professional mold design training institution. Call Xin Ruilei you can take it.

That's what I learned there. The teacher is very skilled. Whether it's teaching or not, often for the sake of lecturing, my voice is subterrious.

1. Basic introductory textbooks.

2. Proficient in the application of professional design software for mold design and manufacturing.

3. Learn a foreign language well.

4. Enter the mold factory.

5. Accumulate slowly.

1.Basic introductory textbooks Prepare some basic introductory textbooks for design software, and prepare textbooks for theoretical subjects (structure, technology, materials), software can be introduced by reading books, and then proficiency will accumulate over time, practice more and see more veteran operations, there is no shortcut to theoretical subjects, you can only rely on your own accumulation, and the knowledge of details is very fragmented and cumbersome, but it may be used in the future.

2.Proficient in the application of professional design software for mold design and manufacturing Be sure to be proficient in the application of professional design software for mold design and manufacturing! For example, UG, PR minimum CAD must-have, plus any one of other 3D drawing software, after being proficient in the two essential mold software, other commonly used 3D software should at least use software to convert between drawing files.

Software will be the best in our future work, without this weapon, you will not be able to do your job.

3.In this short 3-4 years of university study career, please don't be greedy for fun, don't compare anything with your classmates, in a limited time, whoever grasps the time will seize the opportunity in the future; Remember: "Opportunity is always reserved for those who are prepared" Don't complain about today's fierce competition, there must be competition for talent.

Learn foreign languages, at present in these coastal areas, and foreign businessmen communicate more and more, work will often encounter drawings sent by others, at present many factories are recruiting mold designers to wait, the foreign language is required to reach several levels, some are simply a foreign language recruitment information, more foreign language will have a chance of success.

4.Enter the mold factory into a slightly larger, more formal management mold factory, learn from scratch for two to three years, and lay a good foundation.

5.Slowly accumulate You want to continue to endure hardships, to a small and private enterprise to be a mold engineer, generally more hard, do everything, but knowledge is in such a process, slowly accumulate, force yourself a lot, and then have energy, go to more professional forums, more contact with more things, the same mold, TV, and mobile phones are too different.

You can learn on your own, but having a good teacher will make you progress faster.

The analysis is as follows: 1) You have a mechanical professional background, and the mold is an extension of the mechanical mechanism, and there is no cross-industry problem.

2) You have the software foundation and have the actual application, and there is no obstacle to the operation of the software.

3) You don't have an intuitive understanding of the mold industry and the three major institutions of the mold, so you are confused.

4) You don't think that the mold is unfathomable, first conquer it psychologically.

5) The software will be constantly updated, and your pace will never be able to keep up with its changes, so in terms of software, you can only learn what you need for Manchurian spring work.

6) The essence of mold design does not lie in software operation, pay attention to distinguish between the two concepts of mold design and software operation.

7) If you think that you are still more vegetable, if you have silver traces to let the conditions, find a master to practice the mold-making process, so that you will have a rational understanding of the mold.

What do you need to learn about mold design? 1 Fundamentals of Mechanical Drawing This is the foundation of your drawing, this is the method, no matter what software you use, you have to use this, so this is the basis for you to draw and look at the drawings This is important 2 Mold expertise This is the basis for you to design the mold, what mold to design, what structure, what principle, is required 3 AutoCAD Engineering Drawing This is not necessary 4 Pro E 3D modeling and mold design This is not necessary The reason why 34 is not necessary is because in addition to these two, There are also a lot of drawing software, but these two are more typical, relatively speaking, these two functions are very powerful, so it is not particularly easy to learn, but it is necessary to be able to draw, so what you summarized 34 I boil down to Third, will use drawing software Fourth, you will know the above knowledge, does not mean that you will design molds, can only say that you can draw molds, if you want to make your mold design can be used, then you have to learn some relevant process knowledge, this should be based on the direction of the mold you learn, such as cold stamping, injection molding, Forging and so on, each mold direction has a corresponding process theory, which will make you draw the mold closer to reality, this is also very important Fifth, but also to master some relevant knowledge, if engaged in injection molding, you must have an understanding of raw materials, if you are engaged in cold stamping, but also to be clear about the material, although the mold may not be you, but if you do not understand the material characteristics, there will be a big deviation in the design of some important sizes, because the material is different, and the properties are not the same, such as elastic rigidity, hardness, etc., These characteristics directly determine the size of the product you produce, if you don't consider it, the size will be deviated, so part of the material knowledge also needs to be mastered, the worst should also be understood Sixth, it is best to understand a little mechanical knowledge, because the mold is placed on the equipment, so it is better to understand a little better.