Monster Factory

The symptom that restricts the production capacity of holographic glasses lies in the production of mirrors.

The symptom that limits the productivity of the lens body lies in the vapor deposition coating on the surface of the mirror body.

Once the vapor deposition coating can be solved, the holographic glasses will usher in a leap-forward production increase.

After all, in addition to the outside of the mirror, the electronic components inside the holographic glasses are not much more difficult than a second-generation crystal mobile phone. Even it is faster than the production of the Magic Crystal mobile phone. After all, it does not have as many electronic components as the mobile phone.

The outside world was shocked by the myth of sales created by holographic glasses.

And crazy guessing why holographic glasses, will suddenly ship in advance.

Shortly after the holographic glasses were launched, many people in the industry stood up and said that the mirror technology of holographic glasses broke through the sky. Its appearance represented the image display technology and completely entered the three-dimensional virtual era from two-dimensional.

There are rumors that the processing of holographic eyeglasses is more difficult than Intel's latest i9 processor.

Its production capacity must be seriously short-boarded. According to experts in the industry, holographic glasses will have to be popular throughout China, and it will take three years at the earliest.

The words of those industry experts are not entirely unreasonable.

The holographic eyeglass mirrors, and the i9 processor, which represents the most advanced semiconductor technology, have similar properties, but they are similar in processing.

The i9 processor is made from a single crystal wafer to a top-level processor with eighteen cores. On the process link, there are more than the holographic eyeglasses. They are also subjected to processes such as photolithography, ion implantation, insulating layer processing, and deposition plating.

but……

From the technical point of view, the most complicated part of the i9 processor is lithography, and the holographic mirror body, each process difficulty, goes beyond the lithography step of the processor.

Under normal circumstances, industry experts predict that the behemoth industry will take three years to completely spread holographic glasses, which is extremely optimistic.

The result is that the giant beast industry does not play cards according to common sense.

Both the monocrystalline silicon wafer used to make the chip and the panel used to make the latest generation of OLED displays have a size problem.

Monocrystalline silicon wafers are now available in six-inch and eight-inch, twelve-inch large monocrystalline silicon wafers, and are among the top technologies that have been monopolized by only a few factories. In the panel industry, when the size exceeds 60 inches, the yield will drop dramatically.

According to this point, the industry is also estimating the lens production capacity of the giant beast industry.

Who knows the larger silicon or display panel will greatly reduce production costs and greatly increase production efficiency.

Assuming that a chip is made of six inches of monocrystalline silicon, the lithography machine can engrave the integrated circuits required for twelve chips on six-inch single crystal silicon each time. With an eight-inch monocrystalline silicon wafer, an integrated circuit with twice the number of chips can be engraved at a time.

In the same process, the production capacity doubled at the same time.

......

Inside the Longxitan factory.

A square factory building entirely made of pure white sealed light steel structure is located in it.

In addition to the main entrance, the factory could not find any traces of the seams, even a window.

This is a 100-level clean room.

The dust-free grade of the factory usually uses millions, 100,000, 10,000 and so on to indicate its dust-free grade. The smaller the number, the higher the dust-free rating. The 100-level is the highest in the technology manufacturing industry. Usually, this dust-free grade is only used in chip lithography and aseptic manufacturing workshops of top biotech companies.

The giant beast industry is marked with 100 grades and does not represent less than one hundred millimeters of dust per cubic meter of air per cubic meter in the plant.

There aren't even ten here, and the 100-level mark is only because the international acceptance standard is the highest.

Here is the mirror body production workshop for holographic glasses.

There is no one in the factory now.

No one in the factory means stop production, but this rule does not work in the Longxitan factory.

Through this fully sealed light steel plant, every corner of the interior is illuminated by a shadowless light, pure white ground, pure white equipment. This is a space that seems to have no other color than white.

The interior of the plant seems to have an autonomous life, and every piece of equipment here is in operation.

The most striking five-seat parallel, single-seat round tower-like equipment with a diameter of more than five meters. They are connected together, like a capacitor on a board with five extremely parallel angles.

A group of pure transparent liquids like angel teardrops were dripped onto the workbench of the first round tower equipment through a pipe-type robot.

Then the metal on the upper side of the workbench slowly descends. When it shows a smooth surface like a diamond cut surface, the upper and lower sides of the metal on the workbench rotate instantaneously when it comes into contact with the pure liquid.

At this moment, the originally calm equipment seemed to become a hurricane, and even the surrounding air became turbulent.

After tens of seconds, the metal on the top and bottom of the workbench is almost integrated. When the metal is slowly removed, a flexible transparent panel that cannot be found with the naked eye appears on the workbench.

Assuming that a chip is made of six inches of monocrystalline silicon, twelve chips can be carved at a time.

How many holographic glasses can be made to display the mirror body with a two-inch display panel?

It can cut 577 single-piece mirrors and make 285.56 holographic glasses.

After the panel that could not be seen by the naked eye was sucked away by the robot arm, less than five seconds, a transparent liquid of the same size was injected into the workbench to start another process cycle. Five vacuum centrifugal towers represent five different panels of holographic eyeglasses.

The five panel color materials were finally pressed together and sent to a vapor deposition apparatus for diamond plating.

With 20,000 carats of high-purity rough diamonds, vacuum vapour deposition furnaces can continuously vaporize these rough diamonds with high-energy lasers and evenly attach them to the surface of the mirror with a particle diameter of 0.5 nanometers.

When the production capacity of holographic eyeglasses is not limited.

The entire Longxitan factory will enter the busiest stage, and all production tasks will give way to holographic glasses.

The first three days of the movie "Rafting City: Rise" was released.

Longxitan factory holographic glasses shipments of 1.1 million.

On the second day, two production lines that had been urgently arranged as early as half a month ago were officially put into production.

Shipments reached 3.6 million.

Another day after the film was released, shipments were close to four million.

When the film was released for a few hours, the number of users of holographic glasses in China was over 26 million.

And by the end of twenty-four, there will be nearly four million holographic glasses in the hands of those who are looking forward to.

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