What is the latest and most high end anti counterfeiting technology? 10

There are many good anti-counterfeiting technologies, high-end ones are not necessarily easy to use, and high-end effects are not necessarily good. The best way to choose an anti-counterfeiting technology is to take into account a few points:

1. It is convenient for consumers to identify. Consumers can't recognize what you are preventing?

2. Anti-counterfeiting methods may be constantly updated.

3. The investment funds are within the enterprise budget.

4. It is easier to apply the operation.

If you don't label it, it's a wider range of laser burning, and it's the batch number and date that you burn up, such as drugs and milk powder and other commodities, which is simple after debugging the equipment on the assembly line, and it's a one-time equipment investment (Han's brand is now at least 40,000 units), and it may also need to transform the assembly line. 5 years ago, there were at least 200,000 laser burning machines, which is also a threshold to prevent counterfeiting, and now this price does not seem to be necessarily. Another key is whether your consumers have the knowledge to recognize.

There aren't many updates on the technical side.

If you don't label and want to facilitate consumer inquiries, you can use the Mingjian digital anti-counterfeiting query system, which has the most users, the strongest function (anti-channeling, points**), the most stable system, and Tietong companies are using. After the system generates the password, it is handed over to the printing house. The password can be printed on the packaging and then covered, or printed on the inside of the package, on the manual, on the warranty card, and consumers need to open the package after purchase to query.

There are many anti-counterfeiting technologies on the label, and it is recommended that Mingjian's digital anti-counterfeiting query system + gravure printing label. Although gravure printing technology is not very high-end, but because its equipment belongs to the state control equipment, there are only 4 banknote printing factories in the country have this equipment, and money is not allowed to enter, so its anti-counterfeiting effect is very good, you can use it with confidence. In terms of aesthetics and price, it is also considered high-end, I don't know if it is suitable for your company's products.

Actually, you're asking a rather vague question, roughly.

You can refer to coins. There are a lot of suitable techniques to be found above. The best is not necessarily the most suitable, but needs to be chosen according to the method of use, added value, the possibility of being imitated (the high value of the product, it is easy to be imitated), budget, etc.

There will always be some similarities in the anti-counterfeiting technology on the market, and this is also important when choosing. The choice is more unique and easy to identify, and it will be much more effective. If necessary, you can talk about it in detail, and maybe you can give some useful insights.

Zhongye anti-counterfeiting technology****.

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Digital watermarking is already being done a lot, and this technology alone is not easy to use.

I know about the best anti-counterfeiting technology for digital watermark printing. No special ink or printer is used, which can be used for qualitative or quantitative anti-counterfeiting.

In fact, no matter how high-end the technology is, it is useless, it can only ensure that it can be effective in a short period of time, but for example, if you use the high-end technology, consumers do not know what is the use, now it is mainly to use the simplest technology to achieve the best effect, like the current market 400,800** anti-counterfeiting is useless, it is counterfeited very much, can not play the role of anti-counterfeiting, now China Telecom has launched the 17900 platform of anti-counterfeiting, national resources, this platform is not counterfeit.

There are too many high-end anti-counterfeiting, not to list them one by one, because some anti-counterfeiting costs are very high, and there is a silver salt anti-counterfeiting on the market, such as the anti-counterfeiting label on Nokia batteries, which looks three-dimensional. Please understand that there are no details, and if you need more information, you can add.

Anti-counterfeiting technology is more as long as you can afford it.

I'm from the anti-counterfeiting company.

There are many anti-counterfeiting technologies, including high-end nuclear track anti-counterfeiting technology, which uses the equipment and technology of making nuclear bombs. RFID is also a cutting-edge and advanced new anti-counterfeiting technology, which is used by Moutai and Wuliangye.

High-end technology, new and advanced, does not mean that the anti-counterfeiting effect will be good.

The anti-counterfeiting feature of the nuclear track is nanopores, which have been breached, and the RFLD's Wuliangye fake wine news has been around for several years.

The anti-counterfeiting mechanism of physical characteristics and regrouping of broken mirrors was used by the ancients and is still effective.

The generation process of technical anti-counterfeiting features is controllable and can be reproduced, while the physical anti-counterfeiting features are uncontrollable and difficult to copy.

Therefore, these high-end technical anti-counterfeiting effects are not as good as seemingly simple physical anti-counterfeiting.

Modern texture anti-counterfeiting belongs to physical feature anti-counterfeiting. Although it is not advanced in production technology, it has good anti-counterfeiting reliability. The texture points of each label are different, and even if they can be faked, they can only be customized, and the cost of counterfeiting is very high.

Texture anti-counterfeiting can be counterfeited to a certain extent, the new anti-counterfeiting technology in the spot, essentially also belongs to texture anti-counterfeiting, but the difficulty of counterfeiting is much greater than texture anti-counterfeiting. It uses advanced AI algorithms, and the recognition is good, it is one of the few texture anti-counterfeiting technologies that can be automatically identified by the program without using human eyes, and I don't know if this meets the standards you are looking for.

It is used to record information, its essence is a storage tool, due to low cost, low technical difficulty, most of the current anti-counterfeiting of goods is based on the core. Reproducibility is its innate attribute, and the primary condition of anti-counterfeiting is anti-copying, so the essence of the first has determined that it naturally does not have anti-counterfeiting functions. rfid

RFID is the abbreviation of RadionFrequencyIdentification, that is, Radio Frequency Identification, commonly known as electronic tags, is a communication technology that can identify specific targets through radio signals and read and write relevant data without the need to establish mechanical or optical contact between the identification system and the specific target. RFID technology does not have uniqueness and exclusivity, and is easy to copy, so it cannot play a real anti-counterfeiting role. RFID anti-counterfeiting must be authenticated with the help of instruments, and is not suitable for the field of commodity anti-counterfeiting; It is designed for the Internet of Things, not for anti-counterfeiting, therefore, RFID electronic tags and read-write identification devices cannot avoid counterfeiting.

As technology evolved, some small companies began to make chips that could rewrite UIDs, providing a backdoor for counterfeiters. Therefore, ordinary RFID anti-counterfeiting still has the possibility of being counterfeited.

NFCNFC, the full name is Near Field Communication, that is, "Near Field Communication", also known as "Near Field Wireless Communication". NFC tags are developed on the basis of RFID tags, which are not much different from RFID in nature and are based on signal transmission between two objects that are geographically close. Although NFC derived from RFID technology can be easily embedded in the mobile phone, it cannot solve the problem of NFC chips being **, the chip is **, which means that the data is ** together, and the antenna is re-printed, which is easy to fake.

intelligent tag

"Intelligent Tag" is a new high-end intelligent IoT electronic anti-counterfeiting traceability technology that is ahead of the latest advanced technology and RFID technology, and is the world's first anti-counterfeiting traceability technology that perfectly combines P-OLED display technology, dynamic code anti-counterfeiting technology, intelligent packaging technology, big data analysis and other technologies.

Now the mainstream is code anti-counterfeiting, laser holographic anti-counterfeiting, fluorescent anti-counterfeiting, anti-counterfeiting, etc., which are now comprehensively utilized. When doing laser anti-counterfeiting, you can also add code anti-counterfeiting, so that you can add a query method to distinguish the authenticity. There are also code anti-counterfeiting + drip + temperature change anti-counterfeiting, different combinations will have different effects, to choose according to your products and needs, I hope it will help you!

Now the mainstream is traceability technology, the country has been pushing *** or something in recent years, but in fact, it feels like it has been a bit rotten, when I went to the fair last month, there is a sub-exhibition is anti-counterfeiting technology, at that time I saw a technology on display, quite novel, it seems to be called 3D real like a floating shadow, I forgot what the specific company, but it seems to be Shenzhen, the landlord can check it.

The first generation of anti-counterfeiting technology: laser anti-counterfeiting technology. In the absence of comparability, 60% of counterfeit products and 100% genuine products are difficult to confirm.

The second generation of anti-counterfeiting technology: temperature change anti-counterfeiting water change anti-counterfeiting technology. Made with the help of temperature-changing inks, it can quickly change its color with changes in ambient temperature.

Temperature-changing anti-counterfeiting labels, although easy for consumers to identify, are also easy to forge.

The third generation of anti-counterfeiting technology: inquiry-based digital anti-counterfeiting labels. Consumers can check the authenticity of digital labels through **, SMS, and the Internet, but because the anti-counterfeiting digital is only printed on the surface of the paper, it is easy to be forged.

The cumbersome way of scraping and eliminating the coating is also not conducive to the customer's anti-counterfeiting verification, and the customer's verification rate is relatively low.

The fourth generation of anti-counterfeiting technology: texture anti-counterfeiting technology. Texture anti-counterfeiting is to use the inherent texture characteristics of the packaging material itself as an anti-counterfeiting identification mark to make labels, and photograph, number, archive and store each label data in the anti-counterfeiting database.

Consumers can check the documents through the Internet, fax and ** to distinguish the authenticity.

The fifth generation of anti-counterfeiting technology: security line anti-counterfeiting technology. Consumers can identify the authenticity by identifying whether the security thread is embedded in the middle of the paper. The threshold for counterfeiting of products with this anti-counterfeiting technology is very high and cannot be completed by printing.

The sixth generation of anti-counterfeiting technology: *** + physical anti-counterfeiting technology. Taking into account the function of commodity identity coding and mobile phone scanning code entrance, with anti-counterfeiting features such as coating technology, texture anti-counterfeiting or security line anti-counterfeiting, it is the technical basis of the concept of "one thing, one code".

The seventh generation of anti-counterfeiting technology: paper pattern feature recognition technology(referred to as paper technology).The paper texture technology is the original of Zhaori Technology, which can read and identify the natural internal fiber texture distribution of the paper, so that ordinary paper can also be used as an anti-counterfeiting and traceability medium. Paper pattern technology can extract and digitally store the "paper pattern" of the paper's natural ID card, so that each piece of paper can correspond to its "paper pattern" one by one, effectively realizing anti-counterfeiting and anti-copying.

Zhaori Technology's unique paper pattern feature recognition technology can make ordinary paper can also be used for commodity anti-counterfeiting, commodity traceability and brand protection by using the internal structure information of ordinary paper, which can solve the problem of commodity label forgery from the root cause and make counterfeiters unprofitable.

Paper technology is applied to brand protection, which is a low-cost, non-replicable, and 100% accurate anti-counterfeiting traceability solution, which is very suitable for label anti-counterfeiting, packaging box anti-counterfeiting, and commodity anti-counterfeiting, so that fakes have nothing to hide, so that consumers can rest assured that they can consume.

Due to the irreproducible and unique characteristics of the paper pattern of the commodity label tag and certification certificate, the paper pattern technology can ensure its legal authorization and authenticity from the source, and use the natural texture of the label as the label anti-counterfeiting and unique identity ID by marking and identifying the paper label on the commodity, so as to ensure the uniqueness of each precious commodity.

At the same time, paper texture technology can be applied to the texture of packaging box anti-counterfeiting. Using the natural texture of the surface of the packaging material, the paper technology can give each package a unique identity and security features. There is no need to add any new anti-counterfeiting materials or technologies to the packaging material Paisen, only need to collect the texture information of the surface material of the dust album packaging, and the paper pattern identification system can accurately identify the authenticity.

Paper grain technology can not only identify paper grain (natural fiber texture characteristics of paper), but also recognize the unique texture randomly formed (material features, surface reflection and recognition texture anti-counterfeiting features), which can be applied to the texture anti-counterfeiting of valuable goods that cannot be attached to anti-counterfeiting labels, such as luxury leather bags, clothing, precious marbles, etc., by identifying the surface material texture of goods, so as to identify the authenticity of goods.

Guangzhou Tilt Pine has ultra-fine ion anti-counterfeiting, open skylight security line anti-counterfeiting, traceable anti-counterfeiting, dense anti-counterfeiting, dynamic color code anti-counterfeiting, anti-counterfeiting and so on.