A day later, thousands of engineers and machinists in the nano factory had assembled several more nano production lines.

The nano-mixtures produced by 100 robots are fed into a chemical pool, where they are soaked in plasma water and enter the dryer with the water flow.

After the water is dried, the milky white nano-mixture enters the 'ultrasonic cell grinder', and the mixture and carbon nanotubes are dispersed by ultra-strong frequency sound waves to turn into various dusts, which enter the vacuum channel tubes and are preliminarily separated under the action of static electricity.

The dispersed single-walled carbon nanotubes enter the vacuum channel, and then go through 10 processes of ultrasonic crushing, and some of the most valuable nano-powders are manufactured, which are crushed single-walled carbon nanotubes.

The production line designed by Ross is very perfect, the ultrasonic grinding technology is very good, the length and diameter of the crushed nano powder are 10 nanometers, it is a six-ring shape, 10 times the size of ordinary atoms, enough to make super materials.

Due to its small size and strong performance, this kind of nanopowder is a single body and can be mixed with most other substances.

Plastic is added to this nanopowder and becomes a nanoplastic, which is arranged in the same way as the atoms of the plastic.

After the nano powder enters the 'ion electrostatic motor', under the stimulation of the electric current, they will be interlocking and copying each other, and the tiny nano powder, like a tiny earring, is automatically connected together to form pure nanofibers, and its performance is strong enough to make any country crazy.

The only production defect is that the nanomaterials are too light, and the production process must be in a vacuum, because if it is not isolated, robots or humans will walk more than ten meters away. The resulting changes in airflow are a hurricane for these ultra-light nanomaterials, which will blow the nanopowders into the air.

Any trace of air flow can instantly roll up millions of nano powder and disperse it into the air, and a person's breath can roll up tens of millions of nano powder.

The pores of the human body are for these nanopowders. It is a lane several kilometers wide, they can easily drill into the human body, affect any organ of the human body, once they enter the human body, ordinary treatment is ineffective, because they are only 10 times the size of an atom and cannot be removed at all.

Strictly speaking, the danger of producing such super-powerful nanomaterials is terrifying. With the exception of robots, humans are simply not suitable for production.

If this kind of nanopowder is used as a weapon, it is enough to kill any living thing, once they enter the living organism, they will enter the cells, not only can block the transmission of nerve information, but also affect the circulation of blood vessels. Even genes can block it, even powerful mutants. Nor can it resist the terrifying properties of this super-strong nanomaterial.

Ross couldn't help but get excited, 100 robots produced nano mixtures, 300 robots operated 3 production lines, and after completing 300 processes, the pure nano powder produced had reached 2 kilograms.

Looking at the 2 kilograms of nanopowder in the vacuum bottle, Ross was already excited. I'm going to make a little bit of nanofiber first.

Holding the vacuum bottle in his hand, Rose cautiously ran to the ion electrostatic motor, started the ionizer, and after emitting a blue light, it was full of static electricity.

Ross opened the vacuum bottle. The straw is connected to the ionic electrostatic machine straw, and the nanomaterial is driven by a tiny air flow and enters the electrostatic ionizer. Under the stimulation of static electricity, the nano powder began to reorganize, and the six-ring nano powder began to be connected one by one, forming fibers that could not be seen by the naked eye.

At one end of the ion electrostatic, among the various nano-sized holes made by the laser, nanofibers that cannot be seen by the naked eye are sprayed out, driven by the pulley, and rotate wildly and wrap around the pulley.

In just a minute or so, Ross had made ten different nanowires.

The largest reaches 1,000 nanometers in diameter, which is equivalent to one-80th of a hair, and the smallest is 10 nanometers, which is one-8,000th of a hair.

Ross did not dare to handle the nanofibers with his hands because they were too small, and they were 300 times harder than steel, and they were super elastic and tough. These fibers are so sharp that if you take them by hand, you may accidentally cut off your fingers.

Worried that his fingers would be cut, Rose glanced around, there was no one else except the robot, and quickly took off his clothes, and Rose turned into a Hulk in seconds.

"Try how strong these nanofibers are."

Rose picked up the microscope and saw a 1,000-nanometer fiber.

Stretching out his green giant finger, Rose was afraid that the nanofibers would slip away, so he used brute force to pinch one, and after dragging it for a hundred meters, Rose wrapped it around each of the two giant arms and stretched out his strength to pull it.

It may be that Hulk's power is too domineering, and the nanofiber is broken at once, and Ross doesn't feel how much force is used.

"Holy! Let's test it with the power of machinery, the power of the Hulk is too unscientific. ”

Rose picked up two steel rods made of 20 times special steel, and with great effort, Rose tied a dead knot of nanowires at each end of the two steel rods.

After receiving the power of the Hulk, Rose quickly returned to his normal state and ran out of the factory with two steel rods.

Ross ordered the soldiers from the weapons factory to drive two tanks out, and after a while, the tanks drove over, and Ross inserted two alloy rods into one of the tanks, and told the soldiers to start the tanks with all their might, running in the left and right directions, to see if they could tear off the fibers that were one-80th the size of a hair.

The two tanks started in an instant, one on the left and one on the right.

After the tanks were separated by 100 meters, the nanofibers were straightened, and the two tanks made a loud bang, and the throttle stepped on the bottom, but they did not tear off the nanofiber.

"Holy! These two super tanks can pull 100-ton objects, and they can't pull this tiny nanofiber, which is refreshing. ”

Rose excitedly took out two alloy rods, and found that the hard alloy rods had been strangled with shallow marks.

"How strong would it be to mix 8,000 or 80 of these nanofibers together to make nanofibers the size of a human hair?"

The performance of the nanofibers met the requirements, and Ross was excited, and quickly ran back to the nano factory, standing in front of the 'ion stator motor', and continued to manufacture nanofibers.

By adjusting the size of the nozzle hole, a wide variety of nanofibers of different sizes can be produced. Combining nanofibers like twine to make coarser nanofibers is even more powerful.

The bulletproof performance of making a garment from this fiber will exceed the power of ceramic body armor by 10 to 100 times, and other weapons are almost ineffective except for laser or sonic weapons.

Ross had reached a state of euphoria, with hundreds of nozzles in the ion electrostatic, and the nanofilaments that were sprayed out were wrapped around pulleys like spinning threads.

Because it is too small, tens of thousands of nanowires are wrapped around the pulley, so that a little bit of spider silk can be seen with the naked eye.

"With nanofibers and nanochips, you can make a combat suit like Spider-Man, and then make a set for Sister Li. Anyway, a set of fibers doesn't need a few taels of nanofibers. ”

Ross got excited, and simply called a few robots and instructed them to turn on the other ion electrostatics and ask them to make nanofibers. (To be continued.) )