A brief history and product catalog of FAUNC and Mitsubishi CNC control systems

The sustained and stable growth of China's economy provides a broad space for the development of Mitsubishi's CNC machine tool industry. At the same time, in the context of China's active promotion of the strategy of revitalizing the equipment manufacturing industry, it has greatly promoted the development of CNC machine tool manufacturers, which are also known as the "working machines" of the equipment manufacturing industry.

Since around 2000, China's CNC machine tool industry is experiencing the best development period in history, and has continuously maintained a growth rate of more than 30%. In terms of the variety of CNC machine tools, the proportion of popular CNC machine tools has increased from 10% to nearly 40%. This structural change shows that the overall quality of China's CNC machine tool industry has been greatly improved and enhanced.

As far as the development trend of the CNC machine tool market in the future is concerned, the demand will continue to grow at an average annual rate of 20% to 30%. At the same time, aerospace, shipbuilding industry, automobile industry, mold processing and electronic products and other parts manufacturing industries will put forward higher quality, high precision, high speed, high stability and high operability requirements for CNC machine tools, and promote the demand for high-end CNC machine tools The proportion of demand continues to rise. On the other hand, the pursuit of on-site production efficiency, such as large-scale production and continuous updating and switching of processed product varieties, will promote the transformation of Mitsubishi CNC machine tools and Mitsubishi CNC systems from traditional processing machinery to complex information-based processing machinery with functions such as data transmission and network communication.

There's a lot of it in the library, so you don't have to ask for it here!!

1. The speed is different: Mitsubishi and Fanuc CNC systems do not have a certain, Mitsubishi's response is relatively fast, so it is higher in performance, but these two systems have their own advantages and disadvantages.

2. Different uses: Mitsubishi CNC system is mostly used to make molds, but FANUC is used more and has multiple axes, such as five axes.

3. Different functions: Compared with other CNC systems and Mitsubishi, FANUC adopts better protection circuits for its own systems. The numerical control system performs part or all of the numerical control functions according to the control program stored in the computer memory, and is equipped with a special computer system with interface circuits and servo drive devices, and it is necessary to choose the appropriate system according to their own situation.

Compared with other CNC systems, FANUC adopts better protection circuits for its own systems.

Numerical control system is the abbreviation of digital control system, the English name is (numerical control system), according to the control program stored in the computer memory, the execution of part or all of the numerical control functions, and equipped with interface circuits and servo drive devices of the special computer system. Through the use of numbers, words and symbols composed of digital instructions to achieve one or more mechanical equipment action control, it usually controls position, angle, speed and other mechanical quantities and switches.

This is not certain, Mitsubishi's response is relatively fast, and it is used to make molds more, but Fanuc uses more and has multiple axes, such as five-axis!

The brands are different, Mitsubishi has a large string behind M, and Fanak has a large string behind F.

The question is not very clear, is it a lathe, a milling machine, or a machining center, what kind of products are being processed?

1. Central China CNC system.

Wuhan Huazhong CNC Co., Ltd. was founded in 1994, with a registered capital of 65.06 million yuan, the company has a capable technical team specializing in product market service and support, as well as high-end talents engaged in cutting-edge technology research and development in the company all year round, the company has been successfully listed on the GEM on January 13, 2011.

2. German Siemens CNC system.

Siemens AG is one of the world's largest electromechanical companies, founded in 1847 by Werner von Siemens, with its international headquarters in Munich, Germany.

Its business covers more than 190 countries around the world, and its business designs six major areas: information and communication, automation and control, power, transportation, medical systems and lighting, of which business activities are mainly concentrated in the global electrical market.

As a global company, Siemens leverages the synergies of its diverse business portfolio, guided by the company's overall strategy, with a clear structure and clear responsibilities to create value for the local community. The company's traditional strengths lie in its innovative strengths, customer focus, global presence and financial strength.

3. Japan Mitsubishi CNC system.

With a history of more than 90 years, Mitsubishi Electric has always been committed to developing, manufacturing and selling products and systems that are worthy of the trust of users as an advanced environmental protection enterprise.

Over the years, Mitsubishi Electric Automation (China) has been widely used in social infrastructure construction, automobiles, semiconductors, machine tools and other fields, witnessing the development of China's industry. The Mitsubishi Electric Group provides a wide range of high-quality products and services for homes, offices, factories, and social infrastructure, from semiconductors to large-scale systems.

4. Spanish Fagor CNC system.

Founded in 1972, FagorAutomation is a company specializing in the production of CNC products by MCC, a world-renowned manufacturer of CNC systems for machine tools, servo drive systems, digital displays (DROs) and encoders for optical scales.

Fagor automation control products include: high, medium and low-end CNC systems of various specifications and models that can control one to thirty-two axes, digital AC DC servo drive systems, servo motors, digital display meters, grating rulers, encoders, etc. Products are widely used in:

Turning, milling, boring, grinding, measuring, mold profiling processing, flame laser cutting, special machines and other aspects are welcomed by international and domestic machine tool users.

5. Japanese Fanuc CNC system.

Fanuc is the world's most powerful CNC system research, design, manufacturing, sales strength of enterprises, FANUC currently CNC system monthly production capacity of more than 7,000 sets, a large number of exports, sales in the world market accounted for 50%, in Japan accounted for 70%, and mid-range products in China accounted for a high sales volume.

FANUC, which has mastered the core technology of CNC machine tool development, has not only accelerated the rapid development of CNC machine tools in Japan, but also accelerated the improvement of the technical level of CNC machine tools around the world.

Germany's Siemens and Heidenhain, Spain's Fagor, Japan's Fanuc and Mitsubishi, and some well-known machine tool manufacturers have their own company's special systems, such as Haas and Hecker in the United States, and more in Japan, such as Mazak, Makino, Okuma, Brothers, etc

The world-famous CNC machine tool system is as follows:

1. Japanese FANUC numerical control system.

2. German Siemens CNC system.

3. Japan Mitsubishi CNC system.

4. German Heidenhain CNC system.

5. German Rexroth numerical control system.

6. French num numerical control system.

7. Spanish fagor numerical control system.

8. Japanese mazak numerical control system.

9. Central China CNC system.

10. Guangzhou CNC system.

CNC machine tool is the abbreviation of digital control machine tool, which is an automatic machine tool equipped with a program control system. The control system can logically process the program specified in the control code or other symbolic instructions, and decode it, represent it with the number of **, and input the numerical control device through the information carrier. After calculation and processing, various control signals are sent by the numerical control device to control the action of the machine tool, and the parts are automatically processed according to the shape and size required by the drawing.

Siemens in Germany, Fanuc in Japan.

First of all, I would like to introduce some manufacturers that produce CNC lathes:

Europe and the United States: Cincinnati (now the MAG Group) USA, DMG (Germany) all have lathes, they Fanuc and Siemens.

can be matched, according to the needs of the user.

Japanese: Mori Seiki, Okuma, Mazak, Nakamura, Takizawa, Citizen, Tsugami, Star, Nomura, Miyano, Kitamura.

Mori Seiki, Okuma, Mazak integrated large machine tool company, in the world's top 5. Lathes are just part of the story.

Both Mori Seiki and Mazak added their own interfaces on the basis of the Mitsubishi system, so to speak, the Mitsubishi system, and Okuma uses its own OSP system. There are many FANUC systems, special machines and production lines that are still in use. Takizawa.

The FANUC system is used, and Citizen, Tsugami, STAR, and Nomura are all full-time manufacturers of small core machines, as well as.

Miyano is also a fanuc system, which produces small tool passers.

There are too many models to briefly introduce one or two: NL2500 Mori Seiki, LB3000 Okuma, QT200MAZAK, Citizen L20 and so on.

Taiwan machine: Taichung Seiki, Chengtai, Youjia, Fuyu, Taiwan Takizawa and so on have NC lathes, basically using the FANUC system, you can learn about some of their specific models in **.

Domestic machines: Shenyang, Dalian, Rifa, etc. have lathes, which can be equipped with FANUC system.

I hope it can help you, and if you have any questions, you can discuss and communicate and learn from each other.