The problem that limited the production of holographic glasses was the lens body.
The problem that limited the production of the lens body was the diamond vapor deposition coating on the surface of the lens body.
Once the vapor deposition coating could be solved, the holographic glasses would usher in a leap in production.
After all, in addition to the lens body, the other electronic components inside the holographic glasses were not much more difficult than a second-generation magic crystal phone. It was even faster than a magic crystal phone. After all, it did not have as many electronic components inside as a mobile phone.
The outside world was shocked by the sales legend created by the holographic glasses. They madly guessed why the holographic glasses were suddenly shipped in advance.
Shortly after the holographic glasses went on the market, many industry insiders stood up and said that the lens technology of the holographic glasses was a breakthrough. Its appearance represented that image display technology had completely entered the three-dimensional virtual era from the two-dimensional era.
There were rumors that the processing difficulty of the holographic glasses was more difficult than Intel's latest I9 processor.
There must be a serious shortfall in its production capacity. According to the speculation of those industry experts, it would take at least three years for the holographic glasses to be popularized throughout Hua Xia.
The words of those industry experts were not completely unreasonable.
The holographic glasses lens and the I9 processor represented the most cutting-edge semiconductor technology. Although the product nature was different, their processing was similar.
The I9 processor production started from a monocrystalline silicon wafer to a top-level 18-core processor. In terms of the process, there were more than the holographic glasses lens. They also had to go through processes such as photolithography, ion implantation, insulating layer processing, and deposition plating.
However …
In terms of technical process, the most complicated part of the I9 processor was photolithography. As long as this problem was solved, once a breakthrough was made, the other processes would be flat. Even the semiconductor factories in Hua Xia could beat the whole world.
As for the holographic glasses lens, each process was more difficult than the photolithography steps of the processor.
Under normal circumstances, industry experts predicted that Monster Industries would take three years to completely popularize the holographic glasses, which was an extremely optimistic view.
The result was that Monster Industries did not play by the rules.
Whether it was the monocrystalline silicon wafer used to make chips or the panel used to make the latest generation of OLED displays, there was a size problem.
The mainstream monocrystalline silicon wafers were now six inches and eight inches. The twelve-inch monocrystalline silicon wafers were still the top technology monopolized by a few factories. In the panel industry, if the size exceeded sixty inches, the yield rate would be sharply reduced.
Industry insiders also estimated the production capacity of Monster Industries based on this point.
Everyone knew that larger wafers or display panels would greatly reduce production costs and greatly increase production efficiency.
Assuming that a chip was made of six-inch monocrystalline silicon, the photolithography machine could engrave twelve integrated circuits on the six-inch monocrystalline silicon at a time. With an eight-inch monocrystalline silicon wafer, twice the number of integrated circuits could be engraved at one time.
The same process, the same time, but the production capacity was doubled.
Of course, the production process of silicon wafers had to be improved by several times.
…
Inside the factory at Longxitan.
A square factory building made of pure white sealed light steel was located in the middle of the building.
Other than the door, there were no signs of any openings on the surface of the factory. There wasn't even a window.
This was a level 100 dust-free factory.
The dust-free level of a factory is usually indicated by millions, 100,000, 10,000 and so on.
The smaller the number, the higher the level of Dustless. Level 100 was the highest level in the technological manufacturing industry. Usually, this dust-free level was only used in chip lithography and the sterile manufacturing workshops of top biotechnology companies.
Monster Industries was marked as level 100, but that didn't mean that in every cubic meter of air in the factory, there were less than a hundred dust particles with a diameter greater than or equal to 0.5 microns.
There weren't even ten dust particles here. It was marked as level 100 because the highest international acceptance standard was level 100.
This was the holographic glasses production workshop.
Right now, there wasn't a single person in the factory.
An empty factory meant that production had stopped, but this rule didn't work in the Longxitan factory.
Passing through the fully sealed light steel factory, every corner of the interior was illuminated by the shadowless lamp. The pure white floor, the pure white equipment. This was a space that seemed to have no other color besides white.
The interior of the factory seemed to have a life of its own. Every piece of equipment here was operating.
The most eye-catching was the five parallel towers with a diameter of more than five meters. They were connected together like five capacitors connected in parallel at an extremely regular angle on a circuit board.
A pure, transparent liquid that looked like an angel's teardrop dripped onto the workbench of the first tower equipment through the pipe-like robotic arm.
Then, the metal on the top of the workbench slowly descended. When its smooth surface, like a diamond cut, came into contact with the pure liquid, the metal on the top and bottom of the workbench instantly rotated.
At this moment, the originally calm equipment seemed to have become the eye of a hurricane. Even the surrounding air became restless.
Ten seconds later, the metal on the top and bottom of the workbench almost merged into one. When the metal on top slowly moved away, a flexible, transparent panel that couldn't be seen with the naked eye appeared on the workbench.
Assuming a chip made of six-inch monocrystalline silicon, twelve chips could be engraved at once.
How many pieces of holographic glasses could be produced with a 200-inch display panel?
577 monocrystalline mirrors could be cut out and 288.5 holographic glasses could be made.
After the panel that couldn't be seen with the naked eye was sucked away by the robotic arm, in less than five seconds, another transparent liquid of the same size was injected into the workbench and began another process cycle. Five vacuum centrifugal towers represented five different panel materials of the holographic glasses.
These five panel materials were finally pressed together and sent into the vapor deposition equipment for diamond plating.
With 20,000 carats of high-purity raw diamonds, the vacuum vapor deposition furnace could continuously vaporize these raw diamonds with high-energy lasers and let them be evenly attached to the surface of the mirror with a particle diameter of 0.5 nanometers.
When the production capacity of the holographic glasses was no longer a limitation.
The entire Longxitan factory entered the busiest stage. All production tasks had to give way to the holographic glasses.
Three days before the release of the movie "Floating City: Rise".
The Longxitan factory shipped 1.1 million holographic glasses.
The next day, the two production lines that had been urgently arranged as early as half a month ago were officially put into production.
The shipment reached 3.6 million.
One day before the release of the movie, the shipment was close to 4 million.
A few hours before the movie was released, more than 26 million users in Hua Xia owned holographic glasses.
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