This clarifies the development trends, adoption status, and application deployment of printed technology, providing an outlook on its future potential.
Printed technology is gaining attention. Conventional electronic devices, represented by semiconductors and LCDs, are primarily manufactured using deposition and lithography techniques. These devices have evolved to become more high-performance and larger in size, and particularly in cutting-edge fields, semiconductors have miniaturized while LCDs have approached the limits of large-scale manufacturing lines. As a result, constructing new production lines has required enormous funding. This has limited the number of manufacturers entering the market and has become a significant barrier to new entrants. The situation has become stagnant, resembling a dead end in some respects. Amidst this, the development of printed technology is progressing, and its application in mass production lines is advancing in some areas. Printed technology features low-temperature processes, low-power manufacturing equipment, cleanroom-less environments, and non-vacuum processes, making it a manufacturing technology with low initial costs. Additionally, the introduction of roll-to-roll methods has the potential to significantly enhance productivity and reduce running costs. This technology also allows for the flexibility and cost reduction of products, leading to lower prices. It has the potential to create new applications and markets.
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basic information
Currently, mass production using printed technology has begun with batteries, RF-ID, and other applications. Furthermore, it is increasingly being adopted in some solar cell manufacturing processes. In the field of FPD (Flat Panel Display), development is also underway primarily aimed at applying printed technology to backplanes. Although there are still challenges regarding device performance, stability, and lifespan, and full-scale adoption has not progressed, many manufacturers and institutions around the world are advancing their development. Printed technology is expected to play a very important role as a next-generation manufacturing technology for electronics devices. Printed electronics devices have a high affinity with flexible and organic material technologies, and it is anticipated that by integrating these technologies in the future, added value will increase further. This report aims to clarify the current trends in the development, adoption status, and application deployment of printed technology by investigating and analyzing the development and adoption status of printed technology among various manufacturers in the rapidly evolving field of printed electronics devices, thereby providing insights into the future potential of printed technology.
Price information
49,500 yen
Price range
P1
Delivery Time
P2
Applications/Examples of results
Marketing of printed electronics, flexible electronics, and organic electronics. Exploration of entering manufacturers. Exploration of applications. Analysis of product development trends.
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Company information
A market and technology research company specialized in the field of implementation technology: chip mounters, semiconductor assembly equipment, automatic visual inspection, IC packages, BGA/CSP/FC.
