Which is better for plastic mold design and software development

1. Which is better for plastic mold design and software development varies from person to person, which is related to the individual's ability.

2. Plastic mold, an abbreviation of a combined plastic mold used for compression molding, extrusion, injection, blow molding and low foaming molding. It mainly comprises a die with a variable cavity composed of a die combination substrate, a die assembly and a die combination clamping plate, and a punch with a variable core composed of a punch combination base plate, a punch assembly, a punch combination clamping plate, a cavity cutting assembly and a side section composite plate. Coordinated changes in mold convex, concave mold and auxiliary molding system.

It can process a series of plastic parts of different shapes and sizes.

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

4. Software development is the process of building a software system or a software part of the system according to user requirements. Software development is a system engineering that includes requirements capture, requirements analysis, design, implementation, and testing. Software is generally implemented in some programming language.

Software development tools are usually used to develop them. Software is divided into system software and application software, and does not only include programs that can be run on a computer, but also files related to these programs are generally considered to be part of the software. The general process of software design ideas and methods, including the algorithms and methods for designing the functions and implementation of the software, the overall structure design of the software and the module design, programming and debugging, the joint debugging and testing of the program, and the writing and submission of the program.

Now the income of software development in China is generally high plastic mold design, but the high salary in that industry is suitable for yourself, the premise of high income still depends on your own ability, so I want to ask you to think about whether you are suitable or not, and decide for yourself.

I do mold design, and I like this industry, but I can't say that mold design is good.

Software development. If you think about the future, you all know that it's software development.

Looking at personal hobbies, I think it is easier to find a mold design job.

The commonly used software for injection mold design is UG+CAD

1. UG drawing and modeling operation.

UG drawing operation is the basis of injection mold design, and it is also the basic skill of software operation; The skills that need to be mastered are as follows: UG curves, sketching, coordinate layer operations, UG solid modeling, Boolean operations, application of UG surface tools, UG drawings, drawing parameter settings, UG direct modeling operations, basic operations of UG assembly, UG product design training, UG manual parting, automatic parting, UG broken surface repair, product drafting, UG software settings, plug-in menu material production, CAD software basic operation and installation, CAD dimensioning and template settings.

After mastering the above basic skills, the operation of software tools can be said to be very proficient, and the following is to carry out advanced solid cover carefully fighting parting, parting is an important part of mold design;

2. UG advanced parting.

In the work, most of them are still some medium and high difficulty products, and the skills that need to be learned are as follows: parting skills of irregular products, solid hard cutting parting, surface parting, solid surface combined parting, corner transition die drawing surface skills, special-shaped surface drawing surface skills, patching surfaces, changing mold drafts, changing section difference skills, etc., these skills need to be practiced repeatedly and used flexibly; A product is often a combination of several skills in order to successfully divide the mold.

3. UG actual combat parting structure.

According to the requirements of the factory, a full set of main structural components of the mold such as front and rear mold cores, inclined tops, rows, and inserts are separated; Inclined top, row position, and inserts are the most common mold structures, and they are also the most basic mold structures, and they are a hard indicator when applying for a job as a mold designer; The design methods and precautions of inclined tops, rows, and inserts are required to learn.

4. UG full 3D+CAD ranking.

learned a product parting and structure, and completed the most important part; A complete set of mold design has not yet been completed, and it still needs to be improved, and it needs to master the skills: Hu Bo plug-in non-reference UG full 3D mold design Moldwizard assembly UG mold design UG out of ** with drawings (assembly drawing) UG out of parts drawing (loose parts drawing) CAD ranking and CAD parts drawing; In mold design, engineering drawings are also a very important part, in the actual factory, mold processing masters, most hope to see a fast, accurate, neat drawing!

5. MF mold flow analysis.

Mold designers improve their learning essentials, learn the operation process of moldflow, optimize the mold structure design, the basic process of mold flow analysis and the analysis process, evaluation standards and optimization methods of filling analysis, cooling analysis, pressure holding analysis and warpage analysis;

3D booth file to get pro e, chain UG, solidworks, caxa, mastercam, catia are useful, currently the best to use, and the most widely used is UG.

2D ranking is basically stupid cavity is used AutoCAD+ Yanxiu toolbox!

ug is the most, mainly for injection molds.

This is very simple, you are familiar with the ug on the line, professional for mold design, demoulding, parting software. This is 3D software, not difficult! You also need to master the basic drawing of CAD, this software can be learned by everyone!

The point is that the software is easy to learn, and the professional point needs a few years to improve, only understand the software, just guess the skin, just get started, and you need mold experience to have a future!

2D to learn CAD, 3D to UG, don't learn PROE, PROE parting is more troublesome.

First learn UG modeling, CAD out of 2D, and then learn parting mold to understand the mold structure.

According to my personal experience, most of the current mold factory software is NX, ten years ago proe is still more, two or three years of development NX launched a patent powerful synchronous modeling technology, for product design and mold parts design, parting surface design is very convenient, at present, plastic mold design companies use NX to do full three-D mold design, including CNC machining, NX engineering drawings are completed in NX, based on the situation of small and medium-sized domestic mold companies, in order to open plug-in for efficiency, everyone's collocation is NX+AutoCAD, 2D aspects use Yanxiu tools.

My first job out of the society is to do a mold apprentice, the design of molds are their own learning, mold design experience is very important, must understand the mold processing technology, steel forming process and mold structure, design a set of molds to fully consider the cost and practicability of mold spike processing, specific design software autocadug and pro e are just tools, there will be a lot of problems in the design of molds without practical experience, I hope that the partners who have just started learning must pay attention to the actual experience, Only by going to the site to understand the process can we design more excellent molds, and the income will rise!

The mold is very wide, I even feel that I can't learn anything famous with my whole life to learn the mold and China's mold technology is very backward, I used to do oak in Shenzhen, basically the current small and medium-sized mold factories do not make any money, the reason is that the technology is backward, so that the cost increases, the efficiency is reduced. I came out of school, engaged in the mold industry for one year, and was in contact with mold design for a period of time. I think that the software that can be used to design locks molds is as follows.

The software has a wide range of applications, and it is the most convenient and fast software for drawing three views. It's not just mold design, it's used in many designs.

In fact, after coming out of the ug, the pro e will be slowly eliminated, I have used these two software, the operation method is a little different, the ug is slightly complicated, but it is very systematic! And the function of UG is stronger, and the design and programming UG can be handled. This is commonly used in hardware factories in Shenzhen!

It's a bit similar to ug, but some of the more cumbersome features are easier with ug. Learn slowly, and you'll learn about it slowly. Good luck with your studies!

Intelligent 3D software for mold design makes communication more convenient.

A: Autodesk) Abbreviation: CAD Abbreviation: Pro E

Dassault) Dassault) NX (Siemens) Abbreviation: UG

Summary. Hello, it's my pleasure to answer your <>

Based on your question, here are the results of my analysis from a professional point of view: MasterCam, is a commonly used mold design software, which can be used for drawing and programming, and the speed of drawing line architecture is fast, and the zoom function is better. Cimatron, the software has been widely used in machinery, electronics, aerospace, scientific research, mold industry, in the processing programming often use the cimatron software, can be used to draw drawings and write numerical control programs.

What software to learn for mold design.

Hello, it's my pleasure to answer your <>

Based on your question, here are the results of my analysis from a professional point of view: MasterCam, is a commonly used mold design software, which can be used for drawing and programming, and the speed of drawing line architecture is fast, and the zoom function is better. Cimatron, the software has been widely used in machinery, electronics, aerospace, scientific research, mold industry, in the processing programming often use the cimatron software, can be used to draw drawings and write numerical control programs.

PowerMill: is a British tool design and programming software, the software has clear toolpaths and is suitable for rest material processing. unigraphics：

The software is used by many of the world's leading manufacturers today in various fields such as industrial design, detailed mechanical design and engineering manufacturing, and has become the software of choice for automotive, mechanical, computer and household appliances, mold design and other fields.

Which is better, mold design product or mold design. Product designers are professional, and have good professional ability in a certain party, but they often encounter a lot of problems at work, and this question is asked by many people, in fact, there is no such problem, mainly depends on the design. If you want to work in mold design, then don't be bothered by some simple mold design molds, everyone knows this.

Let's take a closer look at the basics of mold design. 1. The definition of mold design is to make the product into a model after a series of processing procedures according to specific requirements. 2. The role of mold designMold design is to a large extent to use a specific method to express the shape, appearance and performance of the product in a visual form.

Of course, different products are very undemanding, which will only reduce customer satisfaction with the product.

Intelligent 3D software for mold design makes communication more convenient.