Sakurai Graphic Systems Corporation Product Lineup

Printed electronics utilize printing technology and are gaining attention as a new method for manufacturing electronic circuits and devices, serving as an alternative to traditional photolithography. Electronic circuits and devices are used in items around us, such as smartphones, transportation IC cards, and anti-shoplifting tags. This article will explain the features and challenges of printed electronics. I hope this will be helpful in solving on-site issues. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.

Printed electronics are gaining attention as a new manufacturing method for electronic circuits and devices that utilizes printing technology, serving as an alternative to traditional photolithography. The electronic circuits and devices created with printed electronics are used in items around us, such as smartphones, transportation IC cards, and anti-shoplifting tags. In this article, we will compare four types of printing methods and explain the advantages of the compatibility between printed electronics and screen printing. We hope this will be helpful in solving on-site challenges. *For more details on the column, please refer to the related links. Feel free to contact us for more information.

Printed electronics utilize printing technology and are gaining attention as a new manufacturing method for electronic circuits and devices that can replace traditional photolithography. This article explains the products that utilize printed electronics. I hope this will be helpful in solving on-site challenges. *For more details on the column, please refer to the related links. Feel free to contact us for more information.

Do you have these challenges in device development? "Communication and control performance is insufficient with just printing technology." "Silicon ICs are rigid and cannot be expanded to large areas or curved surfaces." "There is a concept for FHE, but there is no evaluation equipment or manufacturing know-how." In this column, we will organize the characteristics and limitations of printed electronics (PE) and silicon semiconductors, and clearly explain the design philosophy of "FHE (Flexible Hybrid Electronics)" that merges the strengths of both. Wiring and sensors are formed using flexible printing (PE), while computing and communication functions are realized with high-performance ICs. We will introduce an approach to integrate these into a device and the prototyping process that holds the key to development. At Sakurai Graphic Systems, a screen printing machine manufacturer, we provide consistent support for process verification from the conceptual stage with our "prototyping-focused contract manufacturing" that requires no equipment and allows for a small start. *For more details about the column, please refer to the related links. For further inquiries, feel free to contact us.

"Printed electronics" is a technology that forms electronic circuits through printing on a flexible film substrate. Traditional photolithography methods using silicon wafers require seven processes, including film formation and photoresist application, leading to challenges such as high costs, difficulties in scaling up to large areas, and the generation of waste liquids and chemicals. In contrast, this technology can reduce the process to just two steps. Additionally, it features characteristics such as bendability, lightweight and thin design, scalability to large areas, and high throughput, enabling a shift towards a new form of manufacturing that "prints electronic functions." It is essential to be able to consistently reproduce the same quality. [Features] ■ Significant reduction of traditional processes to two steps ■ Achieves bendability, lightweight and thin design, scalability to large areas, and high throughput ■ Direct printing on flexible film substrates We also hold webinars to introduce our technology. For more details, please refer to the related links or feel free to contact us.