The rapid growth of the printing electronic market has made a breakthrough in commercialization.
in the next 20 years, the printing electronic market will accelerate to become a market worth 300billion US dollars
because it includes not only electronic products, but also lighting equipment and other forms of motors and motor and electronic combination equipment, its importance far exceeds that of silicon chips. Only two years ago, things such as printed radio frequency identification (RFID) circuits operating at the recently popular UHF frequency were considered impossible, and they are now being planned for mass production. The increase of frequency performance makes us realize that the emergence of abandonment and many other things will eventually become possible. Cinderella technology began to have new development, and it includes a wide range of precision printing sensors, batteries and other power supplies, photodiodes, and so on
the conference "American Printed Electronics" held in Phoenix will show the research results of the air force research laboratory, the Army Research Laboratory and Arizona State University - the evolution of organic light emitting diodes (OLEDs) to wearable and scrollable displays. Taiwan Industrial Technology Research Institute will explain how it is commercializing flexible liquid crystal displays with thin film drive circuits. The exhibits in pelikon, UK, will include the low-cost printed alternating current (AC) electroluminescent display recently launched in the consumer market. Another consumer product is a Sony e-book based on the electrophoretic display described by toppa (toppa will achieve faster development nforms), which is responsible for the printing press. The reason for its appearance is that this exhibition will be another truly international exhibition. Indeed, powerpaper of Israel announced that it had achieved new trade results in the delivery of drugs and cosmetics through the use of its motor "iontophoretic" product with a complete disposable battery. The University of Manchester in the UK will be one of the exhibitors exhibiting potential UHF radio frequency identification (RFID) structures. Dimat can rest assured that learning about us, such as IX, will lead us to understand the exciting progress it has made in the field of printing equipment for disposable motors and electronic products in the future, and the exhibition will release reports from many companies focusing on the overall situation rather than the organic part, such as nanoident in Austria and Motorola in the United States (because many devices integrate inorganic and organic layers and modes at the same time). At present, people pay attention to the products you can sell and which products can bring benefits to the society rather than the relevant chemical fields in a market-oriented operation mode. Now the tinted glasses have been removed
inorganic, organic and a combination of both solutions will be adopted. However, organic products seem to have the greatest development potential in displays and lighting devices at present, with the exception of printing logic and power supply. In 2025, the value of printing equipment mainly relying on organic products may account for 65% of the printing electronic market, but this still needs time to prove. At that time, the United States and China may become the main users of printed electronic products, and China is likely to have an advantage because it uses relevant technologies to produce a large number of products for both export and domestic sales
a large number of printed electronic products will emerge. It will create many new markets, especially the disposable product market in the fields of medical and consumer products. It will replace the traditional printing of billboards, notices, signs, packaging and labels with more clear and eye-catching humanized interfaces such as mobile colors and sounds in disposable end products (such as medical packaging and blood measuring instruments). It will replace a variety of traditional lighting equipment. It will replace silicon chips in low-cost applications, and its environmental guarantee will be very superior
reprinted from: emsnow