In terms of high-precision processing and production, the cooperation between the slicing system and the blade is necessary.

In addition to size, there are three key parameters that determine blade characteristics: diamond (abrasive) size, diamond content and type of binder. The bond is a matrix of various metals or diamond abrasives distributed within it.

The combined effect of these elements determines the blade's life and cutting quality.

Changing any of these parameters will directly affect blade characteristics and performance. Selecting the best blade for a given slicing process may require a balance between blade life and cut quality.

Other factors, such as feed rate and spindle speed, may also affect blade selection. Cutting parameters have a direct relationship to material removal rate, which in turn affects blade performance and process efficiency.

In order to optimize the blade for a process, designing a sufficiently efficient test method can reduce the number of required tests and provide a combination of blade characteristics and process parameters, which require corresponding intelligent program assistance.

And such exquisite "sword skills" naturally have a wide range of uses.

Killing people and stealing goods is too common, and the old yellow knife method is too one-sided. Cutting wafers is where it can best perform.

Gu Qing naturally knows the importance of cutting wafers.

The first step in chip manufacturing is to make a wafer, and then use a wafer slicing machine to cut the silicon ingot into wafers of the required thickness.

Good knife skills can cut better and larger thin silicon wafers, and chips are the products of thin silicon wafer processing.

Of course, this chip can be what we usually call a mobile phone and computer chip, or it can be a storage chip for a memory stick or memory card. The difference is just in the design of the chip.

However, Gu Qing did not hide his weakness in sword skills, because his foundation was really not good, and the knowledge passed down by the Dimension Empire did not use silicon chips...

"It's okay to cut ordinary materials. If you always want to get silicon wafers, we can't meet that requirement. Moreover, as far as the current micron precision processing is concerned, it is still a laboratory product, cannot be mass-produced, and the yield rate cannot be guaranteed.

.”

A basin of cold water was poured on Professor Zhuang's head, causing him to suddenly calm down.

After a while, the old man murmured to himself: "That's right, how young are you? How can you have this kind of technology without equipment or talents?"

But when his eyes fell on the robotic arm in the workshop, he suddenly slapped his head.

"So how is your robotics technology doing now?"

The professors who were with him couldn't stand it anymore and pulled Zhuang Youwei back to the team.

"Lao Zhuang, don't get confused because of Ziguang's affairs. They bought technology from Germany's Qimonda, which is enough."

"Old Cui, I'm a little confused. It's not like you don't know that the monopoly of the United States, Japan and South Korea in semiconductors has restricted our high-end technology in Daxia..."

The professor named Lao Cui patted Zhuang Youwei on the shoulder and comforted him: "Others are also working hard to overcome the problem. We must first complete a few of our own projects before we can support them."

Zhuang Youwei nodded after calming down.

The visit of the research team also returned to normal in the afternoon.

The mandarin duck hot pot meal in the evening was like home away from home, and perhaps it was an expectation for the younger generation. Zhuang Youwei also said that he would help Gu Qing and Harbin Engineering Group to connect and help each other to make the robot project bigger and stronger.

Gu Qing was flattered.

During his previous investigation, he also learned how tough the "body" of Harbin Institute of Technology was.

Over the past ten years since its establishment, Harbin Institute of Technology has made use of the talents and technological advantages of Harbin Institute of Technology and its own successful capital operations to achieve unconventional operations and leapfrog development. It has become a leader in the high-tech sector and the processing and manufacturing industry sector.

The foundation is a comprehensive large-scale enterprise group with strong strength and strong international competitiveness, with the financial sector as the core and the commercial service industry sector as the guarantee.

In addition, Harbin Industrial Group, as a holding group company, controls ten large group companies with capital as a link, controls Heijiang Dairy Group Corporation, participates in the listed company "Aerospace Technology", and established "Industrial University High-Tech" and "Aerospace Property" through sponsorship.

Two standardized joint-stock companies initiated the establishment of Heijiang's first venture capital company and the first joint-stock venture capital company in the country.

These ten large group companies have nearly a hundred wholly-owned, holding and joint-stock companies involved in the exhibition and sports industry, bio-food engineering, dairy products, tourism hotels, information science and education, property management, logistics management and other industrial sectors. These industries have gone through ten years of development.

After years of accumulation, it has become fully mature. It is at the leading level in the industry in terms of talent reserves, technical strength, product structure, etc., and has all the elements for rapid growth.

Of course, what Gu Qing values ​​most is the eight regional overseas branches that Harbin Engineering Group has set up in the United States, Singapore, Neon, Russia and other countries, as well as the two listed companies it controls, and the import and export rights granted by the state.

If you cooperate with such a behemoth, if you don't get annexed, you will definitely be able to eat a lot.

As for cooperation, it only counts when both parties have what they need.

Gu Qing knew what Zhuang Youwei wanted, but what should be given to the other party in exchange for cooperation was the key point.

After walking around the research room on the top floor, his eyes finally fell on something that looked like a honeycomb.

"Boy, is this the special material you mentioned last night?"

In an unused laboratory in the experimental building, Zhuang Youwei looked at the "honeycomb" on the test bench, but he was not surprised.

After all, I have been in this industry for a long time and I can see all kinds of weird materials.

Gu Qing nodded, picked up the "honeycomb" and placed it in front of the research team.

While introducing: "Pneumatic honeycomb network, which is a natural rigid-flexible structure, has the characteristics of large deformation, high flexibility, high load-bearing ratio and low cost.

Parts constructed using it can resemble soft-bodied animals that are both flexible and powerful.

The inherent flexibility and continuous deformation characteristics of soft robotic arms are very suitable for this."

Gu Qing took out another honeycomb-shaped part, kneading and pulling it while explaining: "The honeycomb pneumatic network structure, its deformation is caused by the folding and stretching of the hexagons that make up the honeycomb. It is flexible and can be prepared

Simple and durable.

And the honeycomb pneumatic network structure is a combination of honeycomb and air bag. When the air bag is inflated, it relies on the structural deformation of the honeycomb to produce bending or elongation movements in different directions."

After putting down the hive that had been stretched and deformed and then restored, he picked up the "rough mechanical arm" that he had just improvised two days ago.

"This is the first time I have made an arm independently. Of course, it is a familiar rigid robotic arm. Each joint has a set of motors, reducers, and controllers. But the weight and cost are very high, and it has little effect.
Chapter completed!