Therefore, in the future, Lin Feng or Xingtu Technology will possess a secret weapon that will be feared by all mechanical processing manufacturers and even countries.

After all, if the service of a company's Xingtu five-axis linkage machining center can be interrupted, then the service of a country's five-axis linkage machining center can be interrupted.

Under such circumstances, if they offended Lin Feng, Lin Feng would only need one word to turn their five-axis machining center into useless scrap metal.

Therefore, Lin Feng's voice will be increased invisibly.

At that time, whether it is a mechanical processing company or government officials of various countries, they will give Lin Feng some face as long as there is no huge conflict of interest between them.

This is why Lin Feng wants to sell the five-axis linkage machining center.

Of course, although Lin Feng will sell five-axis linkage machining centers to the world, there will definitely be a sequence.

It is impossible to distribute products on a large scale to meet the needs of all manufacturers at once, so there is a time sequence.

As a native of Daxia, Lin Feng naturally gave Daxia priority, allowing mechanical processing manufacturers within Daxia to purchase first.

This will allow them to make a lot of money by taking advantage of their first-mover advantage, and then they can engage in research and development once they have money, ultimately stimulating Daxia's economy and enhancing national strength.

Of course, the outside world doesn’t know Lin Feng’s hidden plan, or people’s attention is not here.

The focus of science and technology media in various countries is not on news related to five-axis machining centers, but on news related to Industry 4.0.

The concept of Industry 4.0 originated from the Hannover Industrial Fair in Germany in 2011.

The concept is to use new technologies such as the Industrial Internet of Things to improve Germany's manufacturing level, reduce production costs, and thus increase productivity and competitiveness.

As soon as the concept of Industry 4.0 was proposed, it immediately attracted a lot of attention and media coverage.

Experts from all over the world were also very interested and subsequently published their theoretical verification results.

Therefore, with the efforts of experts from all walks of life, Industry 4.0 has rapidly evolved from the budding concept to a mature and usable general theory.

After two years of preparation, the 2013 Hannover Industrial Fair finally launched a complete Industry 4.0 technology theory and the first generation of Industry 4.0 standards.

Germany then directly invested 2 million euros to develop corresponding equipment for Industry 4.0 and further improve the Industry 4.0 standards.

Three years have passed and Industry 2016 has made some progress and gradually improved. However, it is still not put into practical use and cannot be fully implemented on a large scale.

After all, they don’t have artificial intelligence Jarvis, although they have developed a lot of fully automated production equipment.

However, it has not yet reached the level of truly fully automated production, and human workers still have to participate in the production process.

For example, semi-finished metal needs to be placed on a machine tool, which will automatically process it and then take out the parts, or workers need to pick up the parts and assemble them into machines or products.

In general, the Industry 4.0 standards formulated by Germany and the production equipment developed and researched are effective and can greatly reduce the number of workers and labor intensity.

It can be said that if they are given time to develop, such Industry 4.0 factories will gradually replace traditional factories in the future.

By then, their mobile phone production lines may be like Huawei's future mobile phone production factories. Only a dozen highly qualified workers will be needed for one production line, directly eliminating hundreds or even thousands of ordinary workers.

Of course, these are things of the future. In 2016, the global Industry 4.0 is still in its infancy.

However, Lin Feng launched an attack on the global industry with the artificial intelligence Jarvis, the Xingtu five-axis linkage machining center and the Xingtu robotic arm.

This naturally attracted the attention of the global media to this matter.

After all, the current Xingtu five-axis linkage machining center combined with the previously released Xingtu series robot arms can be used in most occasions when combined.

After all, the processing and production of the most core parts can be solved by the Xingtu five-axis linkage machining center, and the removal of parts for assembly can be handled by Xingtu robotic arms of various series, large and small.

Even for short-distance product transportation and assembly, Xingtu Technology has previously sold laboratory robots to solve the problem.

This laboratory robot was previously mainly used in the Xingtu Gene Research and Development Laboratory, which is the legless, wheeled robot with two arms.

Under such circumstances, Xingtu Technology's Industry 4.0 system seems to be able to complete 80% of the tasks in the field of precision equipment processing.

Faced with this situation, how can people not report the news of Xingtu Industry 4.0 on a large scale?

It can be said that all technology and even financial media around the world are reporting related news from a positive or negative perspective.

Explore whether human industrial development has really entered a period of change, and explore how far humans are from Industry 4.0.

In general, perhaps the butt determines the head when overseas media discuss and report on Industry 4.0 news.

They are usually vigilant or anxious to call for speeding up the formulation of Industry 4.0 standards in their own countries. Xingtu Technology must not be allowed to master the Industry 4.0 standards, otherwise it will be a disaster for the global manufacturing industry.

Of course, there are also experts who call for humanity to unite and establish an Industry 4.0 standards committee.

Then we can work together to develop a globally applicable Industry 4.0 standard, rather than continuing the current situation where each of us works on our own.

In response to these experts’ calls, Lin Feng actually sneered.

Because if Lin Feng really goes with them and joins the so-called Industry 4.0 Standards Committee, the development speed of Xingtu Technology will be seriously dragged down!

Because if Xingtu Technology develops a nine-axis linkage machining center, the machine will naturally have its own industrial Internet of Things communication standards.

At this time, after some debate within the Industry 4.0 Committee, it finally came up with its own Industrial Internet of Things communication standard.

At this time, the nine-axis linkage machining center developed by Xingtu Technology had to be abandoned because it did not meet the standards. Years of hard work were wasted in one day and it needed to be re-developed. The funds were wasted. How ridiculous was this?

What is even more fatal is that the so-called Industry 4.0 Committee is just a profit cesspool. Each manufacturer has its own interests, and each manufacturer wants the standards they develop to become the universal 4.0 standards.

This means that many devices have not yet been developed, and the internal wrangling alone will take a long time. Only a fool would play along with them in such a situation.

So Lin Feng didn't want to play with them, because a blank piece of paper is easier to paint on, and only by playing by himself can he quickly develop a large number of Industry 4.0 standard fully automatic production equipment without any worries.

Thereby rapidly promoting the popularization of its own Industry 4.0 standard system. (End of this chapter)