"Electronic packaging," or "e-packaging," is a topic that is increasingly occurring in the packaging, printing, and paper processing industries. Although the development of electronic packaging is still in its infancy, it has to be acknowledged that it brings a new development opportunity for the packaging industry. Some experts even predict that the technology will usher in innovative progress in the next few years. So, what exactly is electronic packaging, and what kind of impact will this emerging technology have on the packaging and printing industry?
Printed electronics
Printed electronics is the foundation of electronic packaging, which refers to the process of forming conductive traces and graphics on a substrate (without copper foil) using fast, efficient and flexible digital inkjet printing techniques, or forming a printed circuit board. More specifically, it is the science and technology of manufacturing electronic devices and systems using digital inkjet technology. Currently, devices that can be produced using printed electronics include transistors, RFID tags , antennas, sensors, mobile devices, e-books and large variable advertising displays, as well as low-voltage, environmentally friendly batteries.
For a long time, printed electronics was only active in research laboratories and high-tech industries, and the printing and packaging industry was rarely able to get information about printed electronics. In fact, many ongoing high-tech developments use printing technology . Unfortunately, many printing and packaging manufacturers don't know that they could print an electronic circuit through the usual printing presses and printing processes in their workshops.
Impact on packaging printing
According to the analysis report of the printing industry , there are a wide variety of needs for printed electronics and environmentally friendly printed batteries, including daily necessities, finance, health care, manufacturing, transportation and logistics. IDTechEx of Cambridge, UK, predicts that the global printed electronics market will exceed $35 billion by 2018, and the market for electronic packaging will reach $7.7 billion by 2020.
If the leaders in the packaging, printing and labeling industries are able to adopt advanced automatic identification and automatic identification data collection (AIDC) technology, they are likely to be the first sharers of the "market cake" of printed electronics. Especially in the mass consumer goods market, AIDC technology has always been proven to have application value, and has been applied in brand protection and product certification, such as monitoring products from production and processing, finished goods inventory, distribution, retail to sales. Establish a tracking closed loop system that can quickly and timely trace the source from the final product.
In the consumer goods market, the application of AIDC technology was mainly limited to bar codes. The RFID (radio frequency identification) technology that appeared more than 10 years ago was developed with reliable and unattended wireless data exchange capabilities, as well as smart label and electronic product code (EPC) development. Technological innovations in the area complement the shortcomings of the bar code system. And electronic packaging is expected to become the next fast-growing market, because it will bring AIDC technology to a new level of value creation and return on investment.
Here are some examples of the use of electronic packaging in consumer products, medicine, healthcare, and the retail industry:
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