How to learn mold design well? How to learn the mold design and manufacturing profession well

Stamping dies, metal materials, shear clearances, forming states, tolerance fits, mold base design, guiding methods, positioning, etc. are all necessary to master.

One. First of all, learn the textbook knowledge.

IILearn three software well

If you don't learn the two courses of mechanical drawing and mechanical design basics well, it will be more difficult to learn mold design.

To learn this, you need to have a good imagination. I haven't learned professional knowledge yet, and I'm just laying the foundation now. Make up for what you don't understand in time, otherwise it will be too late to make up when you enter the design course.

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It is not very easy to learn to design a good mold, self-study many times because there is no one to guide you will take a lot of detours, and it is not so comprehensive, as an apprentice, you first have to find a master who will be willing to teach you, in general, many masters are unwilling to teach their essence without reservation. Besides, the things made in each factory are very limited, and the things they learn are very limited, just the things in their factory. I can tell you a shortcut, find a professional training center, training, so that the things learned are more systematic, and you can be competent in any factory you go to work.

From an economic point of view, training costs a certain amount of money, but if you calculate carefully, for example, the salary of 1200 a month for an apprentice, then you have to learn for 2-3 years, and you usually have to buy cigarettes and water for the master. Then smart people will know which one to choose at a glance. I have a friend who came out of Tianyi Education and Training, a woman, who has been working for less than half a year and earns 3,000.

If you want to know the knowledge of mold design, it is recommended to go to Tianyi Education to see.

I wish you a speedy new year to find your dream job.

1 Drawingug mold design, manufacturing application.

2. Drawing, CAD, mold, assembly, drawing, parts, drawing.

3 Mold design and review Solve samples or 2D drawings.

4 Mold structure and accessories Proficient in all kinds of mold structure.

5 Injection molding process can be followed by mold trial and handover.

6 Plastic Materials and Characteristics Identify materials and properties.

7 Appearance treatment Identify and deal with problems.

8 Quality management system.

9. Injection molding machine variety, specification and principle.

10 Mold Steel Identification and its Application.

11 Mold** 3D will be provided**.

12 Mold Process Be clear about the whole process.

13 Mold processing Clear processing of any part.

14. Mold leather pattern lettering to meet the requirements of the product drawing.

15 Mathematical Calculations Practical Functional Calculations.

16. Secondary processing of products, processing methods, cost, etc.

17 Products Mold Measurement.

18 Drawing Pro Mold Design.

1.In school, you should learn the theoretical knowledge well and practice more.

2.It doesn't matter how much the salary is, the key is to learn the above skills, how much knowledge, and experience the actual situation of social employers.

3.Looking for an internship can be done by using your available relationships and asking people to help you find an internship, and you can also train yourself to find a job in the talent market. Check the recruitment information of the local formal talent market overnight, and prepare the resume and the employer's data address.

Here's what you need to know about finding an internship and job interviews.

1.First of all, you have to adjust your mood, don't be nervous, it's nothing, and act naturally.

2.If you enter the office for an interview, nod and say hello after entering the door, close the door gently, and the examiner will invite you to sit down naturally.

3.Sit down and introduce your name and explain your intentions. For example: (my name is *** and I am here to interview the surgeon) and hand over my ID with both hands.

5.At the end of the interview, you will naturally shake hands with others and say goodbye! Close the door gently.

After graduation, first look for mold professional related work to do, it is best to be an assistant engineer or the like, assistant manager and the like, quality management, design apprenticeship, etc. step by step, don't be afraid of hardship, people who are afraid of hardship will suffer for a lifetime, and people who are not afraid of hardship will suffer for a while. As long as you are willing to learn and work hard, and learn the above skills, you will have a bright future. Believe me!

There are not many companies that apply CATIA software, and they do not advocate learning, unless they can find a mold company that uses this software.

These are the professional knowledge skills that come in handy as you look at your lifestyle, combined with your type of work, your interests and development direction.

1. Start learning from the mold structure, because you don't understand the processing very well, so you put some effort into the mold assembly; 2. Since you understand the design software, you can try to find some simple products to practice the whole process of mold design; 3. It is still necessary to pay attention to the familiarity of the mold structure and their own opinions, and consult more people with mold experience.

Going to a large mold company is king.

It is estimated that many people know that my first task is to have a good relationship with the master, and win over the master, such as inviting the master to have a meal when paying salary, buying a pack of cigarettes, etc., the relationship is good, and the rest is easy to do! When the time comes, ask the master if you don't understand something, and the master will be more enthusiastic!

Work your own, you can first find a training institution to learn, there are many schools in Shanghai in this area, I know that the family is called Shengding, learn the theory well, and then practice, it is better than nothing will completely rely on learning from others. Some people don't want to teach you more.

Mold is a very practical major, it is difficult to learn by yourself, and what you learn in school is not very useful. To be an excellent mold designer, you must have a lot of practical experience, it is recommended that you can find a mold company for a period of internship, or even work as a mold fitter for 3 months, so that you can have a real understanding of molds. I also used to be a mold designer.

Come to my factory to study for a year and a half.

1. It's a pity to leave college, it's all the basic knowledge learned in school, and you need it no matter what work you do.

2. It is recommended that you go back to school and get in touch with some real and substantive things in your junior year.

3. With the theoretical foundation to the practice, you will learn quickly.

4. If you really want to learn by yourself, you need to: mechanical drawing, metal technology, mechanical principles, polymer plastic knowledge

Plastic molding process, stamping process and equipment, sheet metal mold design, plastic mold design and other courses.

5. Only with the above theoretical technology can the mold be learned better.

6. After that, you must learn drawing training: CAD, PROE, UG, etc., you must also be able to use software parting, and you must be proficient.

Serial number item content.

1 Drawingug mold design, manufacturing application.

2 Drawing CAD to draw product drawings.

3 Mold design and review Solve samples or 2D drawings.

4 Mold structure and accessories Proficient in all kinds of mold structure.

5 Injection molding process can be followed by mold trial and handover.

6 Plastic Materials and Characteristics Identify materials and properties.

7 Appearance treatment Identify and deal with problems.

8 Quality Management System Application Optional Business.

9. Injection molding machine variety, specification and principle.

10 Mold Steel Identification and its Application.

11 Mold** 3D will be provided**.

12 Mold Process Be clear about the whole process.

13 Mold processing Clear processing of any part.

14. Mold leather pattern lettering to meet the requirements of the product drawing.

15 Mathematical Calculations Practical Functional Calculations.

16. Secondary processing of products, processing methods, cost, etc.

17 Products Mold Measurement.

18 Drawing Pro Mold Design.

These are the professional skills that will come in handy, and you just need to make a schedule for your lifestyle.

Strive to learn professional knowledge and accumulate more practical experience.

Professional core courses and main practice links: mechanical drawing, mechanical design basics, engineering materials and heat treatment, numerical control technology, mold manufacturing technology, plastic mold technology and plastic mold design, stamping process and stamping die design, plastic molding machinery, mold CAD cam, mold estimation, machining practice, fitter skills training, CNC machine tool operation training, mold skills training, graduation internship (design), etc., as well as the main characteristic courses and practical links of each school.

Mold design and manufacturing refers to the mastery of basic professional knowledge of mold design and manufacturing, with strong practical work ability, can be engaged in mold design, process design, mold manufacturing, mold maintenance, quality management and other work in the front line of production, to meet the needs of the production, management and service of the mechanical mold industry, with good professional ethics and innovative spirit of high-quality skilled professionals.

If you want to learn the design and manufacture of molds, one is to learn theoretical knowledge, and the other is to learn to make molds by yourself. A mold designer, if he does not have practical experience, just works behind closed doors and talks on paper, he will not become a good mold designer. The salary of a good mold fitter and a good mold designer is much higher than that of the average person.

Retired early, there is not much way out of the mold. I was able to get 2,500 to 3,000 a month in the first two years, and none of them could give 1,500 when I applied for the job at the beginning of this year, so sad.

In fact, it is to learn the working principle of machinery and the basics of drawing, and be able to use computer graphics. Don't be afraid, it's nothing, first study the two courses of "Fundamentals of Mechanical Design" and "Mechanical Drawing and CAD", and don't be afraid of the rest. The above courses you are talking about are all professional basic courses.

I have been engaged in mold design for more than two years, I feel that the mechanical design basics learned in school mechanical manufacturing and interchangeability measurement and other textbook knowledge are useless, but during the school as a student's performance assessment or study hard, if you want to do mold design after graduation, during the school mainly to autocad, proe, ug application software to learn OK, of course, to learn these software is not a moment and a half of effort, After getting started, it mainly depends on your diligence to practice often, proe, ug software is the key to learn to dismantle the mold, of course, modeling is also to be proficient (the premise of modeling is to learn the three views well, otherwise you can't understand the 2D drawings or can't build), in the enterprise to do plastic mold design is generally these three application software! Make the most of your time at school!

I don't know much about molds, and you said that you regretted not studying well, but you have to remember it later.

My suggestion:1Moulding is a technique that is more practical than theoretical, 2I graduated from the mold major and learned the theory, but there is a serious disconnect between domestic higher education and practice, and the university professors themselves do not really understand the mold, because the mold technology is in the factory, not in the library.

3.The university textbooks are old, and the things learned are too old.

4.Therefore, graduation means the beginning of another kind of learning, which is to learn from practice, this kind of learning is harder, no one urges you, it is all on your own efforts, there is no perseverance and patience, it is better not to do this business.

5.Throw away the textbooks and learn more from the workers! (Don't put yourself on the shelf of a college student, because in the eyes of the worker, you have no practical experience and are nothing).

6.Be diligent in using your brain, be good at finding problems, asking questions, and consulting workers and masters. (Of course, interpersonal relationships must be done well).

7.Learn from your mistakes and remember that the same problem cannot be repeated again. Learn to analyze mold problems, don't memorize books.

8.Take study notes, draw sketches, and analyze them often. Learn from the successful design experience of others.

9.I often come to the classroom or group to communicate, there are many talents here, and there are many people who can be your teachers. Threesome, there must be my teacher!

It is a fact that many undergraduates majoring in mold come to the mold factory with great ambition and find that the skills they learn in college are not as high as the level of high school students who study in the training class for one year. Of course, after a year or two of hard work, it will catch up. Therefore, college students who have just left school to learn mold technology have to go through a period of hard work to learn from practice!

Throw away the mold textbook. It is also better to look at the drawings designed by others than to read the mold textbook. There is also a notion that if you learn ug and proe well, you are an engineer, which is very wrong.

Software is just a tool, not a representation of tooling technology. For example, if you have accurate marksmanship, you may not be able to do a good job in battle command, and the mold structure design is like a battle, you have to consider every detail comprehensively. Of course, the use of software is also important.

Another misconception is that 3D can replace 2D, and I think that the design concept that 2D can express, 3D cannot express. You can only understand 3D, and if you can't understand 2D, it means that you can't work at home, and you have to study hard. For particularly complex molds, doing 3D first tends to take more detours.

This is my experience from many years of export mold design, and I personally think it is correct.