Mold design, which can be taught on your own before going to college!

Let me give you a little advice, if you are now a fitter apprentice, you don't need to learn mold design after work, just learn the drawing software well. Because you do mold fitter is the best way to learn mold design, as long as your drawing software operation passes, work for a year or two you can apply for mold design or design apprenticeship, and then work in the design department, you can learn more design knowledge in **, provided that you have done fitter and can draw! In this way, it is not difficult to enter the design department, the best place to learn design is here, and then, after two years at most, I believe you can design the mold independently, and the treatment is very good!

If you want to learn mold design by yourself, I suggest that you don't go down the tutorial online, the online tutorial is more broken, it is strongly recommended to go to the bookstore to buy a book with a CD, the book is about to look at it, the CD from beginning to end to do it again, so the effect is obvious, I learned this way, you can finish a book in about a week during the break, when you finish learning a book systematically, you will find that you will gain a lot!

I'm from here, a little advice, it should help you!

I am a graduate of the mold major, the mold industry is a very practical industry, some courses need practice to understand, or learn to be confused, you can learn mechanical drawing now, and then find some drawings to practice the common software of the mold industry, such as AutoCAD, PROE or UG, AutoCAD is 2D drawing software, that is, plane drawing, this is the software that must be mastered, PROE and UG is three-dimensional modeling software, commonly used to parting molds and CNC programmingParting and CNC programming need the support of practical experience, or some parameters and principles you do not understand, what you can do at present is to learn to recognize the drawing, will recognize the drawing is the foundation, and then master the application of the software, **There are a lot of tutorials for selling product modeling and CAD drawing, you can take a look, it is not expensive, there are dozens of dollars for discs, and a few dollars for no discs.

The mold major offered by the school, the core courses are only a few, mechanical drawing, injection mold, stamping mold, mechanics, CNC principle and programming, processing technology, common software such as CAD, PROE, UG or cimatrone and other operations, the things learned in school are very simple things, some courses you may think very simple after you have finished learning, but it feels not so much when you operate in practice, such as processing technology, CNC programming, mold design.

I hope mine can help you.

Mechanical drawing cad proe, can contact me, I have the book.

There is no need to study on your own, you can go directly to the factory to learn.

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.

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 imitate the actual mold to be produced in the computer in a scientific and efficient way, to reduce production costs, advance work efficiency, wire cutting is also a part of the CNC, but in general, attributed to the low-end, wire cutting learning, master the knowledge of the root, wire cutting is relatively simple, and the number of strokes and programming are relatively simple.

Hello <> dear! Mold design introductory first learn 1Basic mechanical design:

Including mechanics, material mechanics, engineering design and other basic knowledge, these knowledge is the basis of mold design. 2.Mold Material:

Understand the characteristics, uses, processing technology, cost, etc. of various mold materials. 3.Mold processing technology:

Learn various machining techniques and their technological processes, such as milling, turning, drilling, wire cutting, etc. 4.Mold Design Software:

Learn to use computer-aided design (CAD) and computer-aided manufacturing (CAM) software such as SOLIDWORKS, UG, PRO E, etc. 5.Mold structure design:

Learn the structural design of the mold, including the parting structure, the cooling channel structure, the design of moving parts, etc. 6.Mold parts design:

Learn the design of various mold parts, such as mold core, template, guide pillar, guide pin bureau modification, etc. 7.Mold tryout and modification:

Learn how to tryout and adjust molds to ensure their proper operation and production efficiency.