Anna thought that Osborne One was sensible, and when she shouted on the phone, Norman Osborne left the board members and flew over from Manhattan.

There is no ambiguity in the whole process.

In comparison, Zhao Helen is too bad.

Anna felt that "Thousand Miles Cannon" had a very bad attitude, and waited, she decided to surprise her.

Osborne takes the safe from the helicopter, and Anna jumps on the Donald Duck robot and slams into the elevator.

Go downstairs and turn left, walk to the end of the hallway, turn right, and there is a sign hanging on it for the High Energy Physics Laboratory.

The safe was Anna's request, and the box was dropped, and the front of the box was stamped with the Stark Corporation logo, and it was opened, and inside were four laser transmitters.

This is a concept product announced by Stark 07 at the Defense & Security Expo in London, each 20 kilowatts, with four laser transmitters superimposed on top of each other to generate 80 kilowatts of resonant laser.

Stark originally planned to make a laser Gatling machine gun, which was installed on a warship for anti-drone reconnaissance, but later it was too expensive and did not get the approval of the military of various countries, the plan ran aground, and the laser transmitter was discontinued.

Anna is also very interested in laser transmitters.

Even if it is Stark's cheap daughter, Anna has to say that Stark is a genius, daring to say and do, and many design ideas are far beyond the world.

It was the Osborne Group's connections in New York that got these laboratory products.

These are the last four, along with 16 more that Anna used to make laser defense webs that trapped the spiderbots that had invaded the manor.

That's right, the robot that was smashed down by Lorna's hole at the top of the tower.

Lorna is a good woman, and a good woman never looks back to explode.

Anna is a good young girl, and a good young girl has to inspect the battlefield and touch the corpse.

When the little short-legged climbed to the third floor of the tower, he found the metal spider.

The Metal Spider-Man was lying on the stone wall, sparks coming out of his shoulders and crackling.

It's still trying to get up.

Seeing Anna, the metal spider grinned at the little short legs, and it looked quite intimidating.

Anna smashed the bottle, and the suspension of milk powder and water was poured on the metal spider's shoulder, and after crackling, the metal spider emitted a puff of black smoke.

The little short-legged feels that a captive must have the intuition of a captive, do you think you are Paul Kochakin.

Anna was actually quite interested in mechanical spiders.

As far as the robot she currently owns, it has the strength to do simple movements, but it lacks flexibility.

After all, this is an industrial robot, cutting corners, and the connection between joints and joints is missing.

The mechanical spider, on the other hand, takes agility to the extreme.

Looking at the size of the metal spider man, it is not large, it is still two, maybe far more than two, that is, it is produced in a system.

I think the little short legs can be used as a reference.

Send an industrial robot to walk over and hold it, pushing the metal spider into the safety box.

The metal spider suddenly burst out, poked its forelimbs into the joints of the production line robot, and the remaining six limbs were tied to the oil and gas twin cylinder related structure, breaking off the wrist of the production line robot in the tooth-making noise. This is just the beginning, the industrial robot wants to violently smash the metal spider. The metal spider then crawled from the back of the industrial robot onto its shoulder, and unloaded the robot's arm again...... Then came the feet, and the last metal skull fell and smashed to the ground, sparkling like a spark.

In less than five minutes, the metal spider dismembered a robot.

The appearance is quite ferocious.

The little short leg was even happier.

You must know that Anna's robot is not a passerby, and in a boxing match, relying on oil and gas double-cylinder technology, it can also be just two.

As a result, it was placed in front of the spider robot, and without even humming, it turned into a pile of parts.

…………………………

Anna crouched in front of the transparent safety box, accompanied by Norman Osborne, who also tried to squat down, but then he couldn't keep his balance and fell, so he had to sit on the ground.

Inside the safety box, the spider robot rushes left and right, looking extremely fierce.

Norman Osborne recognized bulletproof glass.

Anna explains: "I made it with six layers of ordinary glass glued together with adhesive film in between, and the spider robot is agile but not very powerful. ”

Let Norman Osborne take a laser transmitter and burn a hole 5 mm in diameter.

The spider robot poked out a forelimb, and the 80 kilowatt laser defense net was activated instantly, and the laser line severed the forelimb.

Anna felt that the spider robot was too cooperative, took a look, took a sample, and the robot was sent to the door.

Three metal claws fell from the ground, each about the size of a fingernail.

Anna stretched out her chubby hand, and the industrial robot put on her exoskeleton palm, grabbed the metal claw, and handed it to Osborne.

Send Osborne to the optical spectrum analyzer lab next door, where Anna crouches to see how the spider robot is doing.

The radiation illuminates its internal structure, with a chip on its head and a composite sensor on its eyes, which combines a variety of sensing functions such as a light source sensor, a pressure sensor, and a thermistor.

All of this is understandable, that is, the metal structure is centrally controlled, and the inside is filled with liquid, as if it is an oil-gas mixture, and there is some kind of active substance free in the mixture, which looks like a nanotechnology product.

Anna feels a little familiar, isn't this an upgraded version of the oil and gas twin cylinders?

It seems to be a nano-scale oil and gas double cylinder.

The little short leg has long had this idea, using nano printing technology to build oil and gas double-cylinder primitives, and there can be millions of primitives in one liter of liquid.

Robots built from these basic bodies can reach the level of cheetahs.

At present, the world's nanoprinting technology is far from reaching this level.

Helen Zhao's regenerative cradle technology is a bit similar to this, but hers is at the cellular level, a few microns, and it is very different from the robot filling liquid.

The micro and nano printers of the Austein Group are considered to be the world's top level, and they are only at the level of 100 nanometers.

It's not like modern technology!

Anna decided to wait for the proofing results to come out.

I waited for a long time, but I didn't see Osborne come back.

She also thought that Osborne had left the burden at the critical moment and ran into the spectral analysis laboratory.

Osborne took the sample and grinded it on the frosted paper.

This guy is worthy of being born in a mechanic, he didn't do college Seiko experiments in vain, the work of frosted proofing is quite standard, and the metal sheet is polished bright and slippery.

But the question is...

The little short leg ran over, expressionless, she was really speechless, what age is it in modern times, and she is still proofing by hand.

In Osborne's confusion, the little short leg called over the industrial robot and set up the operation with a tablet in front of Osborne No. 1.

In fact, she can use a brainwave amplifier and set up a program in a minute.

But the problem is, she wants to take the church Osborne.

"Mr. Osborne, you have to pay attention, you are a big guy, and the big guy must have the consciousness of the big guy. Doing Seiko experiments in the laboratory, you really don't think there's anything inappropriate?! "The little short leg is serious.

Osborne...

Then you said it earlier!

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