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It's not difficult, it's just that it contains too much, Master CAM software can be CNC lathe, CNC milling, machining center, different programming, but I want to ask you, have you ever seen these mechanical equipment? If you haven't used it, then you learn that belly of theoretical programming is equal to white learning, here to correct the friends downstairs, if you are not engaged in the mechanical industry, then the master cam is useless! The road of machinery is too long, if you can't go, you won't go!
I teach CNC practice and programming, my class of 40 students, only more than 10 can persevere, if you really have confidence, just take a look! By the way, not every factory uses cam for programming software, and there are also those with ug and prole, think about it, right?
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If you just want to learn how to operate a CNC machine. I think the knowledge that needs to be mastered is:
1.Mechanical drawing (first of all, you must be able to read mechanical drawings, and then you must be able to draw simply).
2.Machinery manufacturing technology (master the common typical mechanical manufacturing technology, workpiece clamping, positioning, processing methods, process analysis) (Note: I remember that the university teacher said: the two most important basic issues to be considered in process analysis are: the possibility of processing, the economy of processing).
3.Computer graphics (common AutoCAD, Pro E, UG, etc., in which Pro E, UG can be directly generated into the G** used by CNC machine tools after drawing graphics, and directly transmitted to CNC machine tools through communication for direct processing, in addition, they also have dynamic and realistic CNC machine tool simulation processing functions).
4.CNC technology and CNC machine tool processing technology, one of the more important is the programming of CNC machine tools.
According to my understanding, as the application of CNC machine tool technical skills (technical secondary school, technical school level), it is basically possible to master the above knowledge, of course, this can only be learned by standing on the side of the bed and opening the bed;
If you want to work in the office with a computer, you need to systematically learn the professional knowledge of numerical control technology, which must be at least at the level of college degree or above.
But in any case, as far as the application of pure CNC technology is concerned, I think machinery is the focus, not electronic electrician, microcomputer principle, electrical, etc., it is useful to properly master some knowledge of electricity, but your boss wants you to process mechanical workpieces to transfer money for him, not to let you design an electrical automatic control system for him, nor to let you repair CNC machine tools for him.
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I'm a programmer, and I'm using UG software.
MC is now used less in the market, and the current use of MC is mainly in Guangdong, Jiangsu and Shanghai, where few companies use MC, are using UG more, but it is not absolute.
As for whether it's difficult or not, it's really hard to say, it's easy to learn, but it's hard to learn. Software is just a tool, the important thing is to process good things, which requires experience.
As for the future, the average skilled programmer in Suzhou (such as me, hehe) is 3500 to 5000, and the better technology is 6000 to 8000, and then it is legendary.
That's a real comparison. Hehe.
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The machining process is comparatively more difficult because it requires the accumulation of experience. For example, what kind of material to use what kind of tool, what kind of parameters to use, how to clamp, how to avoid interference, how to avoid deformation, how to be both efficient and achieve the required accuracy, how to achieve the required output and quality at the minimum cost.
With a plan, programming is simple. There is also conversational programming like the one used by Mazak, which has a craft foundation and can be learned in less than a week.
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I'm a company, the problem you said many people exist, no matter what you learn, it will be useful for your future, even if you are not engaged in the machinery industry, you will come in handy, and there is a point to illustrate, the salary is not only high for programming, no matter what aspect as long as you have a specialty have a high salary, continue to work hard friends!
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CNC programming is not difficult to learn, and general operations can be learned even by junior high school graduates. To learn CNC programming technology well, you need to receive good training, including good training institutions and training materials selected by Bilianxun. It is recommended to choose Danet Education, which has abundant teachers, excellent teaching system, outstanding quality of teaching, and practical lecturers.
To learn CNC programming technology well, you need to have the following basic conditions: have basic learning qualifications, that is, students have certain learning ability and preparatory knowledge; Condition to receive good training, including the selection of good training institutions and training materials; Accumulate experience in practice, and Danet Education has these conditions. Danai Education's original teaching system, Danai OMO teaching mode, new upgrades, online and offline interactive learning, to meet the diverse learning needs of students; At the same time, we have experienced lecturers to teach courses, benchmark enterprise talent standards, formulate professional learning plans, include mainstream hot technologies, and use theoretical knowledge + learning thinking + practical operation to create a complete learning closed loop; There is also a double selection meeting for enterprises, so that students' employment is smoother.
Danai Education is committed to cultivating software development engineers, test engineers, UI designers, network marketing engineers, accountants and other workplace talents for the IT Internet industry, and has established 342 learning centers in 70 large and medium-sized cities such as Beijing, Shanghai, Guangzhou and Shenzhen. It has a complete teaching and research team in the industry, a strong teaching force, more than 200 director-level lecturers, and more than 1,000 teaching and research personnel to ensure the interests of students and ensure their learning in an all-round way; It has also signed talent training agreements with a number of enterprises to help students better find employment.
If you are interested, click here to learn for free.
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CNC programming is promising, because the most basic thing is CNC programming, if there is no program, CNC machine tools can not run.
Advantages of NC Programming:
It is mainly used for point processing or the processing of parts with simple geometric shapes, with a small amount of calculation, a limited number of program segments, and intuitive programming that is easy to implement.
Disadvantages of CNC programming:
For parts with spatial free-form surfaces and complex cavities, the calculation of tool trajectory data is quite cumbersome, the workload is large, it is easy to make mistakes, and it is difficult to proofread, and some even cannot be completed at all.
Professional introduction to CNC programming:
1. Training objectives.
Cultivate talents who meet the needs of modern economic construction, develop morally, intellectually and physically, have solid professional knowledge of CNC machine tool processing, have strong hands-on ability, and can be engaged in CNC machining and CNC equipment operation and management in intelligent and skill-based operation positions on the production line.
2. Main courses.
Mechanical Drawing, Tolerance Fit and Technical Measurement Basics, Metal Materials and Heat Treatment, Mechanical Design Basics, Engineering Mechanics, Hydraulic or Hydraulic and Pneumatic Technology, Machine Tool Fixtures, Metal Cutting Principles and Tools, Mechanical Manufacturing Technology, Electrical and Electronic Fundamentals and Operation Skills, Fitter Skills Training CNC Lathe Processing Technology, CNC Milling Machine Machining Center Processing Technology, EDM Technology, AutoCAD, Pro E 3D Modeling and Design, UG 3D Design and CNC Programming, MasterCam 3D design and NC programming, CNC machine construction and maintenance. <>
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CNC programming is not that hard to learn.
At present, under the situation of rapid growth of demand for CNC machining in the domestic manufacturing industry, there is a serious shortage of CNC programming technology talents, and CNC programming technology has become a hot demand in the job market.
1. The following basic conditions are required to learn CNC programming technology well:
1) Have basic learning qualifications, that is, students have certain learning ability and preparatory knowledge.
2) Have the conditions to receive good training, including the selection of good training institutions and training materials.
3) Gain experience in practice.
Second, to learn CNC programming technology, students are required to master certain preparatory knowledge and skills, including:
1) Basic geometry knowledge (high school or above) and mechanical drawing basics.
2) Basic English (high school or above).
3) Common sense of machine answering machine processing.
4) Basic 3D modeling skills.
3. The factors that should be considered in the selection of training materials include:
1) The content of the textbook should be suitable for the requirements of practical programming applications, and the interactive graphics programming technology based on CAD CAM software that is widely used at present should be the main content. While teaching practical techniques such as software operation and programming methods, it should also contain certain basic knowledge, so that readers can know what it is and why it is so.
2) The structure of the textbook. The learning of CNC Ranzheng programming technology is a process of continuous improvement in stages, so the content of the textbook should be reasonably distributed according to different learning stages. At the same time, the content is systematically summarized and classified from the perspective of application, so that readers can understand and remember it as a whole.
Learn CNC programming to Primavera Education. Primavera Education, focusing on education for more than 20 years, has rich experience in improving academic qualifications, the school will have three teachers to serve the students, namely the admissions teacher, the academic affairs teacher, and the professional teacher, who are responsible for the students and make the students satisfied. How to learn CNC programming.
CNC machine tool is the abbreviation of computer numerical control machine tools, which is an automatic machine tool equipped with a program control system. The control system is able to logically process and decode the programs specified by the control code or other symbolic instructions, so that the machine tool can operate the CNC press brake and process the parts.
After graduating, I found out that the exam questions in the school were very rigid, and some of them were even imprisoning people's minds!! Take the first question as an example, in the past, or the servo system of most machining centers is used to control the movement of each axis, but the spindle of the turning center is also controlled by the servo system, and now some machine tools are also replaced by the servo system, this thing is not so absolute, such a question should be used as a question and answer question, or thinking question, there are 11 questions, there is no point at all!!
Xinde mold parts ****, there is a factory in Shajing Wanfeng, directly on the machine to learn, with many years of work experience of the master to learn, learn quickly, may go to the field to investigate.
If it is the same type of mass production, it is best to make a fixture, after the fixture is fixed, the first knife, the subsequent workpiece is guaranteed by the fixture, so as to avoid clamping errors. >>>More
The main categories are as follows:
1. High-speed, precision CNC lathes, turning centers and composite processing machine tools with more than four axes linkage. It mainly meets the needs of aerospace, aviation, instrumentation, instrumentation, electronic information and biological engineering. >>>More