Where is the nano industrial CT sold in China with the highest accuracy, and you can see the materia

If you make fiber, it may be that the domestic equipment is not good to meet your needs, it is recommended that foreign ones, such as GE is better, we have conducted a fiber orientation experiment, which is scanned with GE equipment, or very clear, if you want to be in Shanghai, there is a laboratory called Yinghua Testing, and the results can be obtained in 2 days, which is more expensive than the domestic one.

Industrial CT is X-ray for non-destructive testing...10 nanometers is too detailed, you can look at the electron microscope, but industrial CT can do hundreds of nanometers, CT 3D visualization electron microscope is not comparable. The Shanghai Yinghua mentioned upstairs can do experiments, and they are still very professional in CT, and our company's previous sensor wires were made here.

10nm is just a gimmick, to consider the imaging quality and scanning efficiency,

At present, the highest precision of industrial CT is several hundred nanometers, and it is foolish to say that it can reach the level of 10 nanometers.

After reading the details of your problem, the first thing I need to explain to you is that the minimum resolution of the current nano CT can only reach a few hundred nanometers, and the quality of imaging and scanning efficiency must be considered. Shanghai Yinghua Testing I think you can try, they are very professional in nano CT, can meet your observation needs and your sample to give the most suitable detection plan, with a good detection plan can also achieve the purpose of analysis. Moreover, all the equipment of their company are imported products, GE brand, you can do a few tests to conduct a survey of their equipment, and then purchase the equipment after it is qualified, which is also a guarantee for you.

Beijing. Nano Industries.

Limited Ancestral Hall.

Now there are quite a lot of domestic industrial CT brands, there are Zeiss, Ge, YXLON, Nikon, are more well-known in the industry, I can't say which one is the best, because each has its own characteristics, like Zeiss products are the pursuit of high resolution, mainly scanning small samples, the diameter of more than five millimeters is generally difficult to scan, the maximum voltage is only 160kV, scanning for up to five hours, suitable for university research institutes to engage in scientific research; GE's products are the United States General Electric Company, in the country belongs to the leader, because his family can be matched with two tubes, can not only sweep high-resolution small samples, but also cut to the micron tube to sweep high-penetration of medium and large size samples, the practical application is relatively high, if you want to know the product can search GE's official website or Shanghai Yinghua testing, I went to a soil conference held by Yinghua testing in 19 years, visited their laboratory, very professional, very strong; YXLON's two-digit X-ray inspection equipment is relatively complete, and their home seems to be biased towards selling two-dimensional ones in the market, and there are fewer other contents; Nikon's is also good, but the core accessories are purchased and cannot be made by yourself;

The domestic industrial CT is good, that is, Shanghai Yinghua them, they have done the test before, they have about 20 sets of equipment in the laboratory, large and small, the testing engineers are also very professional, the data made is not at all comparable to other domestic homes, if you have time, you can go to investigate.

Many institutions can, Shanghai Yinghua, Tianjin Sanying, or contact some universities or research institutes.

Shanghai Yinghua testing is very good, their sales are dedicated, and the products are from General Electric.

In the application center with a certain scale in China, it is still the first in Yinghua testing, and I have done tests with my brother before, and I have discussed the data with engineers for a long time, and I am very responsible.

When I had the opportunity to go to Yinghua Testing in Shanghai at the second soil conference, they have a large laboratory, a total of more than a dozen CT equipment, all of which are GE. At that time, I saw that they were scanning the roots of plants, and the imaging effect was really speechless, the roots were distinct, and their engineers were also very good, extracting the roots separately, and showing the morphology in 3D was very good. The key is that they are also very fast, a lot of samples were taken in the morning, and they were over in the afternoon, and the data came out, and the efficiency was really high.

They have been tested in Shanghai Taichen, their engineers are very professional, skilled, and have a pleasant communication, and they have several sets of YXLON equipment imported from Germany.

Yinghua testing is basically a household name, and it has been around for twenty or thirty years.

Aoying detection is also good, and the functions are comprehensive.

The general testing center has a maximum of 3 equipment, and Yinghua's laboratory has 20 GE CT equipment, and the strength can be seen at a glance.

Headquartered in Suzhou City, Lima Precision Measurement Technology (Suzhou) has established wholly-owned subsidiaries in Beijing, Shenzhen and the United States, and is one of the few enterprises with independent research and development institutions in the field of intelligent precision instruments in China.

The company has nearly 100 high-end R&D talents, has established long-term strategic cooperative relations with many universities at home and abroad, and has obtained more than 60 invention and utility model patents and more than 20 software copyrights, and the core technology of most of the products has reached the domestic leading and international advanced level.

The core technologies have been 100% transformed into achievements, forming a series of precision intelligent manufacturing products and technical services. Among them, intelligent three-dimensional CT measurement equipment and industrial X-ray plane detection equipment are leading domestic and international advanced products in the industry, which subvert the technical limitations of traditional CT in terms of imaging mode, break through the foreign technology monopoly, and are the core testing equipment suppliers of benchmark enterprises in the 3C industry, new energy industry, semiconductor and other industries.

Xi'an Teruisheng, it is very good to do industrial micro and nano CT detection, we have done it many times. I do PCB printed circuit boards, and they also inspect biomaterials and 3D printed alloy structures.

With the development of high-tech industries in China and the improvement of product quality requirements, there are more and more non-destructive testing institutions. Previously, the company's metal die castings and circuit boards were entrusted to them to test, and the report was more professional, compared with other testing companies, they were the best in industrial CT in China.

I feel that the well-known industrial CT brands are mainly Yinghua Testing GE brand (market share of more than 60%), Yijiao Shilang (market share of about 10%), and some niche (accounting for about 30%), there are few domestic users. I think the equipment of GE Shanghai Yinghua Testing is not bad, because he has a double-tube configuration, which can meet most of the requirements of our unit, and can be scanned with high-power radiographs when scanning some larger samples, and there is also a nano-ray tube that can also scan some small samples with high resolution, and one device can solve multiple scanning problems.

It has been tested in Yinghua, and there seem to be soil conferences, biological conferences, aviation conferences, and automobiles, as well as many equipment from all walks of life (72 high-energy, micro, and nano CT equipment, covering 8 provinces and cities).

When we buy equipment, we not only look at the performance of the equipment, whether the seller's engineer is professional, whether the after-sales service can provide timely and excellent service, the strength of the seller's company, which affects the use of equipment in the future, it is recommended to take a look at the laboratory of these manufacturers, the common sense of this industry is that the size of the manufacturer's laboratory determines the quality of the equipment and the strength of the seller, the larger the laboratory, the more equipment, the more professional the engineer in the laboratory, (touch so much equipment every day, Xiaobai can also become an expert), First-class laboratories have spare equipment and accessories to provide users, directly affecting after-sales service (have their own spare parts library is preferred), recommend two manufacturers with a good reputation in the industry to help you understand industrial CT equipment, imported equipment: **brand phoenix (Phoenix), laboratory in Shanghai, Yinghua testing (Shanghai) ****, domestic equipment: Dandong Aolong ray instrument ****, the company in Dandong City; Note:

The above is purely an unintentional statement of CT enthusiasts, if you are offended, please forgive me

It was still the original German Phentix CT equipment with good performance, which was later acquired by GE, and Yinghua Testing in China was their total first, and the key was that they had their own large-scale technology application center; Other imported brands like Zeiss, Nikon, and YXLON are also very well-known, but they do not have their own testing centers in China, and their technical capabilities are slightly inferior; Domestic like Dandong Aolong, Aoying is better in China, but the overall equipment stability is still not as good as imported. This is the current status quo of industrial CT in the domestic market, and it is also expected to be the owner of the building

1. Nanostructured materials.

Including pure metals, alloys, composites and structural ceramics, with very good mechanical, mechanical and thermal properties. The weight of the components can be greatly reduced.

2. Nano catalytic, sensitive, hydrogen storage materials.

It is used to manufacture high-efficiency heterogeneous catalysts, gas sensors and gas traps, which are used in automobile exhaust purification, petrochemical industry, new clean energy and other fields.

3. Nano optical materials.

It is used to make a variety of optoelectronic devices with unique properties. Such as quantum well GAN-type blue light diodes, quantum dot lasers, single electron transistors, etc.

4. Nanostructured giant magnetoresistance materials.

The phenomenon of a magnetic field causing a change in the resistivity of an object is called the magnetoresistance effect, and its effect is often negligible for ordinary metals. But some nanofilms have a giant magnetoresistance effect. In 1994, six years after the discovery of the giant magnetoresistance effect, IBM developed a readout head for the giant magnetoresistance effect, which increased the disk recording density by 17 times.

This material can also be used to make sensors to measure displacement and angle, which are widely used in CNC machine tools, automobile speed measurement, non-contact switches, and rotary encoders.

5. Nano microcrystalline soft magnetic materials.

It is used to make power transformers, pulse transformers, chokes, transformers, etc.

6. Nano microcrystalline rare earth permanent magnet materials.

By making the grains into nanoscales, the magnetic energy product of rare earth permanent magnet materials such as NdFeB can be further improved, and it is expected that new permanent magnet materials with high saturation magnetization and high coercivity can be made (through the combination of soft magnetic phase and permanent magnetic phase at the nanometer scale).

1. In the construction industry: the use of nanotechnology in the construction field can make a big difference in the results, such as the mixing of new materials and nano titanium dioxide particles seen in environmental protection projects, applied to self-cleaning windows, buildings and roads.

2. Ceramics: the application of nano materials in ceramics is mainly high temperature resistance, anti-corrosion, scratch resistance, wear resistance, etc., nano ceramic powder coating has excellent thermal insulation effect in high temperature environment, no falling off, no combustion, water resistance, moisture resistance, non-toxic, no pollution to the environment.

3. Energy: Especially in the field of solar photovoltaic has an excellent effect, nano coating is applied to the surface of photovoltaic solar panels to effectively prevent the accumulation of dust, and the fine dust on the surface is taken away when the rain washes away, so as to achieve the effect of self-cleaning and anti-fouling, which can continue to keep the surface of the panel clean and tidy, and the power generation efficiency can be guaranteed.

4. Metal materials: the surface treatment of metal materials has developed from the past electroplating and other processes to a simpler nano coating process, making the metal surface treatment process simpler, and the application of nano coatings on the surface of stainless steel materials can achieve the effects of anti-fingerprint, hydrophobic and oleophobic and anti-fouling, and coating nano coatings on the surface of other alloy materials can make the surface of metal materials have the characteristics of anti-corrosion, anti-rust and moisture-proof, and high temperature resistance.

Nanomaterials, simply put, are materials that are produced using nanotechnology, usually at the nanoscale level, or with nanoscale raw materials added, even if they are nanomaterials.

There are nano-semiconductor films, nano-ceramics, nano-porcelain materials and nano-biomedical materials, etc.

Due to the high manufacturing cost, it is mostly used in industry and medical treatment, and there are not many life applications, and some precision microelectronic products, drinking water purification, and some special functions of ceramics, rubber, etc.

It can be used in construction, but also in clothes, in kind, in vehicles.

Including pure gold tu, alloys, composite materials and Haogou ceramics, with very different mechanical, mechanical and thermal properties, can make the weight of the components to the greatest extent.

A true nanopositioning platform, the positioning accuracy can be at the nanometer level.

Since it is called a nano positioning table, the accuracy can be above the nanometer level, and the linearity of the positioning table is really good.

The NM-Z-15H is a nanoplatform (piezoelectric scanning flexible guided platform) with an integrated capacitive sensor. This platform has a hollow core that is used to place tiny samples or fibers in the middle. It is characterized by the fact that it can be integrated with the NM-XY-100A as a reference plane for three-dimensional position control.

OverviewThe NM-Z-15H is a nanoplatform (piezoelectric scanning scanning flexible guided platform) with an integrated capacitive sensor. This platform has a hollow core that is used to place tiny samples or fibers in the middle. It is characterized by the fact that it can be integrated with the NM-XY-100A as a reference plane for three-dimensional position control.

The NM-Z-15H has an optional fiber chuck. It is characterized by the fact that it can be integrated with the NM-XY-100A as a reference plane for three-dimensional position control.

Fields of application. scanning probe microscopy;

interferometry; precision engineering;

Measure; Controllers are recommended.

nm3110

Key features: > 15 micron motion range, higher than nanometer resolution;

Oscillation Frequency";

hysteresis, linearity;

High bandwidth (>300Hz) short response time;

On-site scanning optimization;

High stability; special steel housing;