How do I learn mold design with 0 basics?

1.Mold design overview: This basic beginner should understand, including the design basis and mold design procedures.

2.Commonly used plastic names and molding characteristics: Only with a certain understanding of the properties of plastics, can we design molds in a targeted manner.

3.Understand the properties of commonly used mold steels and various steels: this is very important for the selection and use of mold steels. Such as the commonly used formwork ,..

4.Standard mold base understanding and inner mold size selection: 1, standard mold base understanding, 2, inner mold size selection, 3 ,..

5.Design of gating system: 1. The function and form of gating system. 2. The design of the sprue. 3. Cold material cavity (well) and.

0. Basic learning mold design for at least half a year.

Mold design refers to the personnel engaged in the digital design of enterprise molds, including cavity molds and cold stamping dies, on the basis of traditional mold design, fully applying digital design tools, improving the quality of mold design, and shortening the mold design cycle.

Mold Planner is an efficient and consultant tool design assistance software. It is a secondary development software based on the UG (NX) platform independently developed by Dentsu International Information Service ****. In China, it is owned by its subsidiary, Shanghai Dentsu Information Services.

Mold: A mold is an industrial product that molds a material in a specific structural form in a certain way, and it is also a production tool that can produce industrial product parts with certain shape and size requirements in batches.

From airplanes and automobiles to teacups and nails, almost all industrial products must rely on molds to form. The high precision, high consistency and high productivity of producing parts with molds are unmatched by any other processing method.

To a large extent, the mold determines the quality, efficiency and new product development ability of the product. Therefore, the mold has the honorary title of "mother of industry".

0. Basic learning mold design for at least half a year.

Because mold design is the need for software as a tutoring, so the learning is relatively more professional and long, usually the first step beginners to be familiar with the software, now most of the companies outside the design use the most design software CAD and UG; Mold design includes cavity mold and cold stamping die, on the basis of traditional mold design, make full use of digital design tools, improve the quality of mold design, shorten the mold design cycle of personnel.

If you start from scratch, then the fastest route is like this: spend 2-3 years in the fitter position to complete the introduction to the mold industry, and then spend your own money to train the software (this can be learned while working as a fitter.

After being proficient in the software, transfer from the fitter position to the 3D to 2D drawing processing work at the back end of the design, and spend 1-2 years in this position to strengthen the practice software and strengthen the establishment of design concepts.

After completing the establishment of the mold design concept in the 2D drawing post and completing the software 100% proficiency, you can transfer to the mold design position, and complete 100 sets of mold design work in the design position (about 2 years), and they are all precision molds with a bit of technical requirements, then the planning goal will be achieved, and the monthly salary will be more than 10,000 yuan in the market.

0How long does it take to learn mold design (i.e., mold design and manufacturing major) basically, usually 3 years of study. Mold design belongs to the college major, and its courses are more, and the duration of study is 3 years. There are many core courses in mold design, including mechanical drawing, mechanical design basics, mold CAD technology, measurement technology, stamping process and mold design, plastic molding process and mold design, mold manufacturing process, rapid prototyping technology, etc.

In the process of re-learning mold design, students need to master the design and manufacture of cold stamping dies and plastic molds, and the installation, commissioning, use and maintenance of mold manufacturing equipment; Can be engaged in mold design, process design, mold manufacturing, mold maintenance, quality management and other work in the front line of production, and adapt to the production and management of the mechanical mold industry.

If there is no foundation, the mold industry is a bit difficult, first to understand the principle of operation, and then learn a little programming experience, and finally to learn design, if the personal ability is strong, it will take two years, and if you learn slowly, it will be longer, but it is still very promising after learning.

This depends on the individual's learning ability, some people have a strong ability to accept the ability to learn faster, if you don't have a foundation, it is recommended that you first have an understanding of mold design and then choose a training school or something. At most, it's only a month, it's not recommended to go to the factory as an apprentice for a long time and can't learn things, of course, if you have acquaintances and friends, you can learn things

If you insist on studying for 5 hours a day, you will be able to get started in 3 months.

There is a blood demon that needs to be built, if it is possible, it should be a month, and if it is slow, it may cost 100 million.

To learn to make molds, you must first go to a unit that makes molds, start from the grassroots level, and be familiar with the whole process of mold making, and it is best to be a dry mold fitter. Because the contact surface of other types of work is relatively narrow, I only understand my own process, and the whole process of the mold is not very clear. Not only to understand the whole process of mold making from practice, but also to understand the theoretical basis of mold design from theory.

It is very helpful for me to master the production of molds as soon as possible. It is also best to have a good mold fitter master, which is very good for your learning progress. Software and theoretical knowledge complement each other, and software is very simple, you can learn software first.

Then combine practical design skills and learn theoretical knowledge.

When choosing a university, choosing a major, and checking the score line, it is recommended to use the butterfly volunteer software to fill in the simulated volunteers, and the butterfly volunteer system uses big data intelligent algorithms to retrieve all the universities that can be filled in with the score according to the results added by the candidates.

To get started with mold design, you need to understand the whole process of mold manufacturing.

1. The foundation of mechanical drawing is the root of your drawing, this is the method, no matter what software you use, you have to use this, so this is the foundation of drawing and looking at the drawing, this is important, mold professional knowledge is the foundation of your planning mold, planning what mold, what structure, what principle, is required, AutoCAD engineering drawing is not necessary.

2. The so-called mold design is to use scientific and efficient methods to imitate the actual mold to be produced in the computer, to reduce production costs, advance work efficiency, wire cutting is also a part of the numerical control, but in general, attributed to the low-end, wire cutting learning, master the knowledge of the root, wire cutting learning is relatively simple, trace and programming are relatively simple.

Five steps of self-study in mold design.

Step 1: Conduct a feasibility analysis of the designed mold product.

Taking the computer chassis as an example, first of all, the product drawings of each component are assembled and analyzed by the design software, which is the so-called set of drawings in our work, to ensure the correctness of the product drawings before the mold design.

Step 2: The work to be carried out after the product analysis, what kind of mold structure is used to analyze the product, and arrange the process of the product, determine the punching content of each process, and use the design software to carry out the product.

Step 3: Prepare materials, prepare materials according to the product drawing, determine the size of the template in the drawing, including each fixed plate, stripper, convex and concave die, inserts, etc., and pay attention to the preparation directly in the product drawing.

Step 4: After the completion of the material preparation, you can fully enter the drawing of the mold drawing, and make another copy in the material preparation drawing, and draw the components, such as adding screw holes, guide pillar holes, positioning holes and other holes, and various holes in the punching die need to be wire-cut wire piercing holes, in the forming mold, the forming gap between the upper and lower molds, must not be forgotten.

Step 5: After the above drawings are completed, in fact, the drawings can not be issued, and the mold drawings need to be proofread, all the accessories are assembled, different layers are made for each different mold plate, and the mold assembly analysis is carried out with the same benchmark such as guide pillar holes, etc., and the product drawings of each process are set into the assembly drawings to ensure that the hole position of each template is consistent and whether the upper and lower die clearance at the bending position is correct.