Hand rubbing nuclear fusion live in the wilderness

Chapter 223 Complete the upgrade of industrial equipment
The steel factory building was built, the cement was laid on the ground, and the time spent waiting for the cement to solidify was not wasted.

The two-axis lathe is constantly operating, and according to the standard size on the drawing, some simple parts of the M1-level multi-axis linkage processing machine are processed.

The process of manufacturing parts is very long. In addition to the two-axis lathe, South Korea has to use other equipment and assembly lines such as small furnaces and plastic processing plants to manufacture power arms, gears, conveyor belts, glass and other parts.

These are simple in structure, easy to manufacture, and not very time-consuming, so he directly made them by hand.

For the remaining parts that are in high demand, complex in structure, and manufactured with precision, such as bearings, rolling rails, and high-precision measuring instruments, Korean won directly costs technology points to exchange through the system mall.

These things are too cumbersome to rub by hand, but the quantity required is huge, and it is enough to make it once, and it is more cost-effective to exchange the rest through the mall.

In addition to saving time, quality is also guaranteed.

And through exploring the system mall, Han Yuan also discovered some tips to save technology points.

For example, the exchange of nitric acid, a unit of concentrated nitric acid requires 37 technology points.

However, one unit of concentrated sulfuric acid only needs 21 technology points, plus one unit of sodium nitrate, nine technology points, adding up to thirty technology points.

Compared with the 37 points of concentrated nitric acid, it is a full seven points less technology points.

Concentrated sulfuric acid is converted into concentrated nitric acid. In the middle, it only needs to be processed in a chemical laboratory.

It is worthwhile to save seven technology points in this way.

After spending more than 2000 technology points and working for nearly three months, Won finally built the M1-level multi-axis linkage processing machine.

The huge combination processing instrument, together with some other auxiliary equipment, occupies more than half of the steel bar workshop.

In the empty steel factory building, there is a gantry erected nearly three meters high, and various machine tools such as lathes, milling machines, drilling machines, boring machines, planing and slotting machines, grinding machines, gears, and thread processing machines are integrated with each other using transmission rails and booms. been integrated together.

In addition, industrial equipment such as air punching machines, small and medium-sized cutting machines, hot air blowers, and condensers have also been produced and placed in the factory building.

All kinds of silver-white and unused silver-white industrial equipment are extremely shocking.

And which boy would refuse such a factory that can DIY various parts at will, and even make Gundam?
In particular, Won has made some changes to the original arrangement of equipment drawings according to his current situation.

After all, he still can't do real assembly line production.

Many parts that need to be produced often only need to go through two or three processes.

The lathe upgrade this time seems to have upgraded a lot of equipment and formed it into an assembly line.

But strictly speaking, these industrial equipment only improve the processing accuracy.

In fact, what this M1-level multi-axis processing machine can do, the original combined two-axis lathe can also do.

At most, when producing certain complex parts, these combined equipment can be used to achieve one-time processing and molding of parts.

Of course, I won’t mention some additional equipment that didn’t exist before.

As for the modern automobile assembly line, don't even think about it for the time being. Without a computer to cooperate with the automation program to control it, it is impossible to do it at all.

Moreover, the modern industrial assembly line does not seem to be of much use to him at present.

After all, he only has one person, and there are not many things that need to be produced each time he completes the task.

Except for things such as generators and motors that require multiple spare parts, other things are basically built once and can complete the task.

At least for now, there are not many things that require the use of machine tools for a large number of repetitive production.

If the quantity is really large, and if it takes a lot of time to manufacture, the Korean won will also choose to exchange it through the system mall.

So he dismantled the eight-diagram-shaped machine tool assembly that was originally arranged on the drawings.

The combination of various machine tools and equipment now becomes a tree.

With the transmission shaft and the conveyor belt as the core, the rest of the industrial equipment is combined in twos or threes to form a small-scale processing equipment line similar to a tree structure.

Even if the person who invented the M1-level multi-axis processing machine came, he would not recognize it.

Although the original arrangement method has been removed and a large part of the continuous processing capacity has been lost, it is more convenient to use won and more in line with his current situation.

After cleaning up the garbage in the factory building and doing some cleaning, Han Yuan looked at the complete industrial equipment in the factory building, showing his white teeth, and said with a bright smile:
"It took more than three months, and the team provided countless materials. Today, I finally fully upgraded the industrial equipment I currently have."

"In the next time, I can start to make what I need."

[In two months, a multifunctional lathe assembly line was built, which is also awesome. 】

[With this thing, the anchor can process most things, right? 】

[This should be used for rifling (dog head)]

【Seeing this, I suddenly regretted studying art instead of science that may be related to machinery in the future.】

[Fortunately, you didn't learn mechanics upstairs. 】

[Self-study machinery, I tell you that you can learn from (advanced mathematics->university physics->theoretical mechanics->material mechanics->mechanical drawing->mechanical principles->mechanical design, and then learn the use of CAD and ug drawing software), um, Basically, after seven or eight years of study, you will be 7788. 】

[Unfortunately, it is still controlled by hand. If the CNC is not realized for a day, the accuracy will always be poor. 】

[No matter how powerful the CNC is, it is not as good as manual control in some aspects, such as cutting the gunpowder when the rocket is launched. Would you like to try the CNC? 】

[High-tech things look really enjoyable. 】

【Bump the knife!Hit the knife!Hit the knife!Say the important thing three times, just want to watch the anchor hit the knife! 】

[Upstairs is really a devil, but I also want to see it, hehe, watching lathe processing is not as good as hitting a knife. 】

After carefully checking the M1-level multi-axis linkage processing instrument, and confirming that there is no problem with the connection, Won was connected to the power supply.

After the behemoth he made by himself was powered on, it began to operate.

Won is not worried about whether the M1-level multi-axis linkage processing machine can operate normally.

The application knowledge and information of intermediate industrial equipment are all in his mind, and he has checked each equipment individually before.

So this time, as long as you turn on the power and make sure that the whole unit can work together, there will be no problem.

If he can't handle this matter, he might as well find a piece of tofu and kill him.

The ones sorted at the top are naturally the most versatile lathes.

This lathe is much more complicated than the original two-axis lathe.

The whole is composed of bed, working spindle drive, longitudinal feed drive, transverse feed drive, two sets of feed boxes, four sets of control handwheels, four sets of precision calipers and four sets of control devices.

Although it is still fed by hand, through precision calipers and precision control devices, manual adjustment can achieve micron-level turning tool control.

Of course, this requires the personnel operating the lathe to have a high level of technology.

However, this is not difficult for Han Yuan. Even if he has never manipulated it before, the genetic enhancement potion is enough for him to quickly master it.
After confirming that all the industrial equipment is in normal operation, Han Yuan pulled the camera over, facing himself, and said:

"Now the processing equipment is complete and can operate stably."

"Guess what is the first thing I make next."

(End of this chapter)