The problem that restricts the production capacity of holographic glasses lies in the production of lenses.

The node that restricts the productivity of the mirror body lies in the vapor deposition coating on the surface of the mirror body.

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

After all, in addition to the mirror body, the electronic components inside the holographic glasses are not much more difficult than a second-generation Phantom crystal mobile phone. It is even faster than the Phantom Crystal mobile phone, after all, it does not have as many electronic components as the mobile phone.

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

And frantically guessed why holographic glasses would suddenly be shipped ahead of schedule.

Soon after the holographic glasses were listed, many people in the industry stood up to popularize science, saying that the mirror body technology of holographic glasses simply broke through the sky, and its appearance represented the image display technology, completely from the two-dimensional into the three-dimensional virtual era.

It is rumored that the processing difficulty of the holographic glasses lens body is even more difficult than Intel's latest I9 processor.

There must be serious shortcomings in its production capacity, according to the speculation of those industry experts, holographic glasses will be popularized throughout China, and it will take three years at the earliest.

The words of those experts in the industry are not entirely unreasonable.

The holographic glasses lens body and the I9 processor, which represents the most cutting-edge semiconductor technology, are completely different in nature, but they are also processed in similar ways.

The i9 processor was made from a monocrystalline silicon wafer to a top-of-the-line processor with 18 cores. In terms of process, it is more than the holographic glasses body. They also undergo photolithography, ion implantation, insulating layer treatment, deposition plating and other processes.

But......

In terms of technology, the most complex part of the I9 processor is lithography, and the holographic glasses lens body, each process difficulty, surpasses the lithography steps of the processor.

Under normal circumstances, industry experts predict that it will take three years for the Behemoth industry to fully popularize holographic glasses, which is a very optimistic view.

As a result, Behemoth Industries does not play its cards according to common sense.

Whether it's monocrystalline silicon wafers used to make chips or panels used to make the latest generation of OLED displays, there's a size problem.

Monocrystalline silicon wafers are now mainstream sizes of six inches and eight inches, and 12-inch super-large monocrystalline silicon wafers are still among the top technologies monopolized by only a few factories. In the panel industry, if the size exceeds 60 inches, the yield rate will decrease sharply.

Industry insiders also estimate the mirror body production capacity of the giant beast industry based on this.

Who knew that larger silicon wafers or display panels would greatly reduce production costs and greatly improve production efficiency.

Suppose a chip is made of six-inch monocrystalline silicon, and the lithography machine can carve out the integrated circuits required for twelve chips on the six-inch monocrystalline silicon at a time. With an eight-inch monocrystalline silicon wafer, you can carve twice the number of chips into an integrated circuit at one time.

The same process, the same time, the production capacity is doubled.

……

Inside the Longxitan factory.

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

Except for the main door, there is no trace of any opening on the surface of the factory, not even a single window.

This is a 100-level dust-free workshop.

The dust-free level of the plant is usually indicated by millions, 100,000, 10,000 and so on. The lower the number, the higher the dust-free level. Class 100 is the highest in the technology manufacturing industry, and this dust-free level is usually only used in the aseptic manufacturing workshops of chip lithography and top biotechnology companies.

The number of Monster Industries marked as Class 100 does not mean that the number of dust with a diameter greater than or equal to 0.5 microns per cubic meter of air in the factory is less than 100.

There are not even ten here, and the 100-level is only marked because the international general acceptance standard is the highest 100-level.

This is the lens production workshop for holographic glasses.

Now the building is empty.

The absence of the factory means that the production is stopped, but this rule does not work in the Longxitan factory.

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

The inside of the factory seems to have its own life, and every piece of equipment here is in operation.

The most striking is the five-seated parallel and single round tower with a diameter of more than five meters. They are connected together, like five capacitors connected in parallel at very regular angles on a circuit board.

A ball of pure, transparent liquid, like an angel's teardrop, was dripped onto the workbench of the first round tower machine through a pipe-type robot.

Then the metal on the top of the table slowly descends, and when it shows a surface as smooth as a diamond facet, it comes into contact with this pure liquid, and the upper and lower sides of the table rotate instantaneously.

At this moment, the originally calm device seemed to turn into the eye of a hurricane, and even the surrounding air became agitated.

After tens of seconds, the metal on the upper and lower sides of the workbench almost merges. When the metal on it slowly moved away, a flexible and transparent panel that could not be seen with the naked eye appeared on the workbench.

Suppose you make a chip from six inches of monocrystalline silicon, you can carve twelve chips at a time.

How many holographic glasses can be made with a two-hundred-inch display panel at one time?

It can cut 577 monocle lenses and make 288.5 holographic glasses.

After the panel, which cannot be seen by the naked eye, is sucked away by the robotic arm, and in less than five seconds, another transparent liquid of the same size is injected into the workbench, and another process cycle begins. Five vacuum centrifugal towers representing five different panel materials for holographic spectacle lenses.

The five panel colours are finally pressed together and fed into a vapor deposition facility for diamond plating.

With 20,000 carats of high-purity rough diamonds, the vacuum phase deposition furnace can continuously vaporize these rough diamonds with a high-energy laser, and then let them evenly adhere to the surface of the mirror body with a particle diameter of 0.5 nanometers.

When the production capacity of holographic glasses is no longer a limitation.

The entire Longxitan factory has entered the busiest stage, and all production tasks have to make way for holographic glasses.

Three days before the release of the movie "Drifting City: Rising".

The Longxitan factory shipped 1.1 million holographic glasses.

The next day, the two production lines, which had been urgently arranged half a month ago, were officially put into production.

Shipments reached 3.6 million.

With a day to go until the film's release, shipments were close to four million.

By the time the movie was released a few hours away, there were more than 26 million users of holographic glasses in China.

And by 24 o'clock, there will be nearly four million holographic glasses to be delivered to those users who are looking forward to it.

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