We use a variety of surface materials in our daily lives and they function in various ways, whether as protective layers or as packaging. The surface materials used in the electronics industry are also quite abundant. For example, ultra-thin polyester ammonia, which is dust-proof and moisture-proof, is used to protect the solid gel protection cover for smart phones, smart tablets, and monitors. In depth, the military aviation and shipping industry began to require surface materials to have "invisible" functions. In everyday life, the most common surface material is our skin. It allows us to feel and feel the changes in the outside world, protect our body from being invaded, and the fingerprints generated by the skin give each and every individual a unique uniqueness. Sex.
New Challenges in RFID Technology and Metal AssetsThe use of RFID technology for metal assets is no longer confined to the research of the physics community. The contradictory relationship between radio waves and metals depends on the contact between the radio waves and the surface of the insulating medium. Under different conditions, the metal may be subject to radio frequency. Signals reflect, amplify, and even interfere, making RFID tags perform completely differently. Now that these uncertain problems have been solved, RFID technology used in metal surfaces or metal environments has been completely overcome, and this label can even be used on non-metallic surfaces at random (customers do not need to use other substances to separate Open tag antenna space. Nowadays, RFID tags have not only been able to read and write on metal surfaces, but also can be embedded in metals to perform equally well, such as Xerafy's award-winning iN series of embedded tags.
Of course, the use of RFID in metal environments is more stringent. For example, surface assets require RFID tags that are soft, lightweight, but durable, and have excellent performance. The Xerafy Metal Skin, to be introduced to you today, is the world's first true UHF EPC RFID inlay, specifically for metal asset tracking and flexible application to surface assets.
Now another major challenge for RFID technology is to replace the human-readable product serial number, two-dimensional code, and bar code. Traditional RFID tags are accompanied by a printed bar code to meet the requirements of manual reading. The reason is very simple because most of the RFID tags are thick and hard and cannot meet the requirements of tag conversion printing.
Figure 1. Metal Skin Mercury installed on a metal drum
Many multinational companies often have to use two different types of RFID tags when managing metal and non-metallic assets. Only in this way can they achieve the desired read range, stable tag performance, and frequency bands that fit within the region's standards. Companies sometimes have to put two or three labels with the same EPC but different regional frequency bands on the same asset to meet the needs of cross-regional asset tracking management.
There are industries that track asset demand across regions:
• Product Certificate (Notebook, IT Asset, Consumer Electronics)
• Cylinder tracking (chemical containers, beverage containers)
• Pipeline tracking (natural gas pipelines, water pipes, industrial facilities, etc.)
• Industrial production equipment tracking
• IT server and asset tracking
• Mobile asset tracking (handhelds, communications equipment, scanning equipment)
• Medical Device Tracking (Medicine with Unique Product Verification Code • Global Supply Chain Management
• Pharmaceutical certification of tin foil packaging
• Recyclable transport equipment, containers, etc.
• Luxury Retail
Case Application Analysis
IT asset management can be said to be one of the most classic and highly referenced applications in the RFID case. It is applicable to the existing enterprise's large-scale self-owned asset tracking requirements, as well as to the enterprises within the organization that need to automatically manage the import and export records. As long as a fixed reader is installed at the gate where the asset passes, the distance depends on the width of the portal. Generally speaking, a tag with a read/write distance of 1.5 to 3 meters can meet the read/write needs.
Figure 2. METAL SKIN TITANIUM
The read and write distances that Metal Skin can achieve are not limited to the use of fixed readers. If installed on boxes, computers, or even wallets, the tags can still achieve satisfactory reading and writing effects. Andrew Nathanson, vice president of VDC Research at AutoID Group, once said: "The consumer electronics market is showing a demand for RFID applications, and this demand will rapidly develop in the next few years."
If companies need to track and manage a batch of iPads and laptops, most of these electronic products are made of metal materials, forming a complex environment with the surrounding non-metallic materials, and the dimensions of small electronic products and components are also used to install labels. Extremely challenging. In addition to requiring a compact RFID tag, it must be light enough, because improper label thickness can easily cause signal detuning, and the size of the tag must also meet the size of the electronic product.
Figure 3. iPad with Metal Skin TItanium
The RFID solution brought by Metal Skin is fully capable of responding to many challenges in the current tracking management field: small size, flexible application in various shapes of assets, meeting the requirements of composite label printing technology, and full-band design. As the middleware of RFID technology, Metal Skin is a metal inlay that can be adhesively pasted freely. It has the characteristics of high cost performance and metal/non-metal compatibility, and can also be used as a one-time label by the general consumer market. This will be an unprecedented RFID technology revolution.
Metal Skin's performance on metal and non-metallic surfaces is basically the same, and most of the assets can be installed seamlessly and have stable performance. The standard packaging of Metal Skin is 2500 pieces per roll. You can use the printer to print labels directly. When you package inlays, users do not need to make separate icons or two-dimensional codes to match the RFID label size.
Figure 4. Rolled Metal Skin Mercury inlay
Taking the tracking management of iPads and laptops for example, Metal Skin is read and written directly on electronic devices. However, the application of Metal Skin is not limited to this. It is also possible to apply other types of printed labels or two-dimensional code labels on Metal Skin to different devices. This seamless product entry and exit management method fully integrates the internal Safety management system and employee responsibility system have realized the intelligent management of enterprise inventory in a real sense.
The meaning of the application is reflected in:
• Safety management prevents asset loss;
• Compatible with Sarbanes Oxley Act at low cost;
• More convenient and efficient inventory management methods;
• Real-time tracking management reduces asset replacement rates.
in conclusionXerafy's revolutionary product, Metal Skin, is opening up new opportunities for RFID applications in various industries around the world. Its extensive application areas include: product certification, anti-counterfeit, product traceability, medical equipment maintenance and sterilization process tracking, IT blade Server management and catering system reusable beverage container tracking management. In this era of high technology and advanced information technology, the application of Metal Skin is far more than these. There are still many tasks worth exploring in the future.
About XerafyXerafy is committed to providing customers with the world's smallest, most durable UHF passive anti-metal tag that can be applied to a metal surface or embedded in a metal and has been tested and proven to be suitable for use in extreme environments. The application of global RFID has touched various industries in varying degrees. In particular, some industry giants such as Intel, Siemens, Airbus and Toyota Motor are at the forefront of RFID applications. Xerafy's innovative RFID technology is for industrial manufacturing, defense, and IT. And supply chain management and other industries provide high-strength, stable, durable, high-temperature and stable embedded RFID tags that can be embedded in metal assets. In addition, it provides cost-effective, reliable RFID solutions for tools such as automated inspection systems, work-in-process management, IT audits, product certification, and management. Xerafy is headquartered in Hong Kong and has sales and technical support offices in Dallas, Washington, USA, and Shanghai, China.
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