Industry News

General laser labels achieve physical anti-counterfeiting and brand protection through irreversible micro-engraving and weak adhesive coating design. They are suitable for high-value fields such as electronic products and pharmaceuticals, enhancing the anti-counterfeiting level by more than 80%.

The laser holographic anti-counterfeit label utilizes optical technology to form microstructures that are difficult to replicate, combined with a "one item, one code" system for precise anti-counterfeiting. It offers high visual recognition and quick verification capabilities, making it widely used in product packaging and brand protection.

In today's consumer market, verifying product authenticity has become a significant concern for consumers. As an effective verification tool, traceability codes are gradually playing a crucial role.

The hot stamping process utilizes heat and pressure to transfer metallic foil onto surfaces, imparting a brilliant metallic sheen to packaging, books, greeting cards, and more. Combining visual appeal with durability, this technique relies on precise control of temperature and pressure—from custom designs to mass production—to achieve unique, radiant finishes for every product.

Anti-gray market systems track product flow through unique identifiers, combined with geo-fencing and big data alerts, effectively reducing unauthorized sales. Fast-moving consumer goods (FMCG) companies have reported a 67% reduction in gray market complaints, while the pharmaceutical sector uses these systems to ensure cold chain compliance. When selecting such systems, compatibility with product characteristics and long-term service capabilities are critical.

How can the FMCG industry crack down on unauthorized sales? The "One Item, One Code" system achieves full-chain traceability through unique digital identifiers, reducing gray market complaints by 60% for a brand within three months. Technology safeguards market order and brand value.

The laser holographic anti-counterfeit label utilizes optical technology to form microstructures that are difficult to replicate, combined with a "one item, one code" system for precise anti-counterfeiting. It offers high visual recognition and quick verification capabilities, making it widely used in product packaging and brand protection.

In the trading market for various products, many unscrupulous merchants secretly imitate or sell counterfeit goods, infringing on the legitimate rights and interests of consumers. Meanwhile, internal distributors engage in large-scale product diversion for profit, severely disrupting market order and harming the image and interests of enterprises. The Zhongqi Anti-Counterfeiting and Anti-Diversion System can help enterprises address these two issues. But what exactly is the anti-counterfeiting and anti-diversion system, and how is it implemented?

In the chemical industry, chemical drums are not just containers for storing and transporting chemicals; they are critical carriers that bear a product's identity, compliance information, and brand trust. Every mark on the drum's surface serves as the product's "digital ID," recording its batch, composition, and traceability. However, traditional screen printing technology can no longer meet the demands of modern industry for efficiency, precision, and digitalization. The advent of UV inkjet printers, especially when combined with rotary printing and "one item, one code" technology, is now completely revolutionizing the identification process for chemical drums with three core advantages: high efficiency, extreme precision, and unique coding.

With the rapid development of modern information technology, one-item-one-code technology has emerged as a powerful solution to addressing sales and operational challenges across various industries. In the sports goods industry, this technology has found widespread application in anti-counterfeiting, traceability, and channel control management.