Conference Introduction

The 2024 Chinese Flexible and Printed Electronics Symposium (Flex China 2024) is to be held in Suzhou on 23-25 October 2024

Printed electronics uses printing technologies to make flexible and large area electronic and optoelectronic devices and systems. It is a green manufacturing process and has become a new paradigm in electronic manufacturing. Printing is already adopted in OLED/QLED display panels production, printing is becoming one of the mainstream technologies for making sensors for IoT. Printing is changing the way the printed circuit board (PCB) are made. Smart packaging based on printed electronics will have great impact on traditional printing and packaging industries. Printed electronics on variety of flexible substrate materials such as plastics, papers, textiles or stretchable materials will enable wide range of form factors for electronic products, therefore, open up vast possibilities of new applications.

China started its own printed electronics development in 2010 and held the first symposium that year. Since then, the symposium has been held for 14 consecutive years, including 2 international conferences (ICFPE 2014 and 2018) hosted in China. These symposiums have stimulated the interests of Chinese researchers and industrialists to get involved in the field. From 2017, the Symposium became one of the SEMI’s global FlexTech meeting series and branded as “Flex China”. SEMI is the international organization for semiconductor industries. By forming the alliance with SEMI, the symposium became international. It also reflected the global trend of combining integrated circuit (IC) with printed electronics to enable practical applications of flexible electronics.

The 2024 Chinese Flexible and Printed Electronics Symposium (Flex China 2024) will again be held in Suzhou on 23-24 October. Built on its previous success, the Flex China 2024 will continue to serve as a platform for the exchange of information and progress in the field of flexible & printed electronics.

The Flex China 2024 is under the umbrella of the 2024 China Nano Conference & Expo (CHInano), with several other events in parallel to be held in the same time and at the same venue. For more information about Flex China 2024 and other parallel events, please visit the Chinano website:



    • Printable Electronics Research Centre,Suzhou Institute of Nano-Tech and Nano-BionicsSINANO), CAS


    • Nanopolis Suzhou Co., Ltd.


    1. SEMI China
    2. Flexible Electronic Industry Development Alliance, Feida

    3. Jiangsu Jitri Nano Applied Technology Research Institute Co., Ltd.

Main topics

Topics discussed at this meeting included but are not limited to:

2024 Speakers

Speakers of 2024 Conference
Yongan Huang
(Professor,Huazhong University of Science and Technology (HUST))
E-Printing, the Twin Manufacturing Technology of Flexible Electronics

Biography of the Speaker: 

Yongan Huang is Professor of Huazhong University of Science and Technology, Deputy Director of the State Key Laboratory of Intelligent Manufacturing Equipment and Technology, recipient of the National Science Fund for Distinguished Young Scholars and the XPLORER PRIZE and Chief Scientist of the Specialized Project of the National Key Research and Development Program. Engaged in the research of design, technical principles and manufacturing equipment of flexible electronics devices, he has published more than 150 SCI papers and 4 books. He has been authorized about 120 national invention patents and 4 U.S. patents and realized commercialization of some of his scientific research results. He has proposed the principle and equipment of electrohydrodynamic jet printing (E-jet 电流体喷印), Laser Lift Off (LLO) / Mass Transfer (MT) technology and equipment, etc., which are used in flexible displays, aircraft smart skin, electronic skins for robots, and so on. He has won many awards and honors such as the Second Prize of the National Technology Invention Award, the First Prize of Natural Science Award of Hubei Province and the First Prize of Technology Invention Award of Hubei Province. He is also the Editor-in-Chief of Soft Science, and an editorial board member of Sci. China Tech Sci. and Inter. J. of Extreme Manufact. and Vice Chairman of Micro-Nano Manufacturing and Equipment Branch / Micro/Nano Actuators and Microsystems Branch of Chinese Society of Micro-Nano Technology.


Flexible electronics features ultra thin, large size, high precision and stretchability, bringing new technical challenges to manufacturing, while spraying can effectively make up for the deficiencies of the traditional electronics manufacturing technology in the large-area manufacturing of micro-nano structure, thus becoming twin manufacturing technology of flexible display. This presentation introduces the research progress in the manufacturing principles, technologies and equipment of flexible electronics printing, including flexible electronics manufacturing technology needs and transformative manufacturing technology, E-jet printing manufacturing principle and mechanism modeling, realization of advanced printing manufacturing processes and functionalities and flexible electronics manufacturing equipment and applications, etc.. We will also systematically introduce the multi-mode printing of E-jet printing technology, multi-material printing, multi-dimensional printing, etc. To demonstrate the inevitable trend of it becoming the twin manufacturing technology of flexible electronics, which will provide support for the innovative application and industrial development of flexible electronics.

Speakers of 2024 Conference
Guozhen Shen
(Professor,Beijing Institute of Technology)
Flexible Sensitive Devices and Systems

Biography of the Speaker: 

Guozhen Shen, Professor, Doctoral Supervisor and recipient of the subsidy from the National Science Fund for Distinguished Young Scholars, received his Ph.D. degree from the University of Science and Technology of China (USTC) in 2003. He is currently working in the School of Integrated Circuits and Electronics of Beijing Institute of Technology (BIT) as the Director of the Institute of Flexible Electronic Devices and Smart Manufacturing (IFEM). His research interests include the fabrication of low-dimensional semiconductor materials and the flexible electronic devices and their systems application. He has published more than 300 SCI papers in Nature Communications, Science Advances, Advanced Materials and other journals, with an h-index of 97. He has edited five monographs in English and Chinese, and has been awarded the Second Prize of Beijing Science and Technology Award as the First Accomplisher and the First Prize of the Science and Technology Awards of China Materials Research Society as the first complete author Chinese Materials Research Society. He has been selected as one of the New Century Talent Program of the Ministry of Education, Clarivate Highly Cited Researcher and Elsevier Highly Cited Chinese Scholars, etc. He is an RSC Fellow, member of the Advisory Committee of the China Materials Research Society, and the Vice Chairman of the Nano Material and Component Branch of Chinese Materials Research Society.


Compared with rigid sensitive devices, flexible sensitive devices are lightweight, ultra-thin, bendable and extensible, thus having seen important applications in many fields, especially in wearable electronics, healthcare and intelligent robotics, etc. In the past decade, flexible sensitive devices have been widely researched and developed worldwide. In this presentation, we will elaborate on the current development status and future trends of this field and give some possible suggestions based on China’s development in this field.

Speakers of 2024 Conference
L. Jay Guo
( Professor,University of Michigan)
Flexible ultra-thin metal based transparent conductor and its applications in optoelectronics

Biography of the Speaker: 

L. Jay Guo is a Professor of Electrical and Computer Engineering at the University of Michigan. His is involved in interdisciplinary research, with activities ranging from polymer-based photonic devices and sensor applications, flexible transparent conductors, nanophotonics, structural colors and AI assisted design, hybrid photovoltaics and photodetectors, to nanomanufacturing technologies, and are contributed by students from Electrical Engineering and Optics, Macromolecular Science & Engineering, Applied Physics, Physics, and Mechanical Engineering. Prof. Guo has over 285 journal publications; with citation over 32,000 times, and an H-index of 89 (by google scholar). Some notable awards he received from recent years include 2023 Wise-Najafi Prize for Engineering Excellence in the Miniature World from University of Michigan, 2017 William Mong Distinguished Lecturer in Hong Kong University, and 2015 Monroe-Brown Research Excellence Award by the College of Engineering of University of Michigan. His professional service includes Associate Editor of Optica (till 2021); and currently member of the Editorial Advisory Board of Advanced Optical Materials, and Opto-electric Science. His entrepreneur activities include co-founding two startup companies to commercialize technologies from his lab. 


An ultra-thin metal based flexible transparent conductor was developed to offer advantages such as flexibility, low temperature processing, high electrical conductance and optical transmittance that can be tailored for different applications. It has already been applied to several types of optoelectronic devices, such as touch panels, electrochromic window, OLED and PVs. When used as transparent anode for OLED, it addresses a long-standing challenge of light trapping in OLED, which limits the device outcoupling efficiencies. In contrast to the commonly used ITO that has the highest refractive index within the OLED layer stack, thin-Ag based transparent anode can eliminate the waveguide mode, thereby liberating the light that otherwise trapped within the OLED layers. Its high conductance makes it ideal for large screen multi-touch applications. The transparent metal electrode can be advantageously applied to OPV by virtue of its low sheet resistance and adjustable reflectivity; and is also shown as a promising transparent conductor for perovskite PVs, promising cost advantages. It is also compatible with moisture barrier coating on plastic substrate, together the two can account for more than half of the material cost for future flexible perovskite PVs.

Speakers of 2024 Conference
Yanlin Song
( Researcher at the Institute of Chemistry, Chinese Academy of Sciences, and Director of the Key Laboratory of Green Printing. )
Nanoscale Green Printing and Manufacturing Technology

Biography of the Speaker: Yanlin Song is Researcher at the Institute of Chemistry, Chinese Academy of Sciences, and Director of the Key Laboratory of Green Printing. Having been long engaged in the cross-disciplinary research of nanomaterials and printing technology, he has made systematic innovations in nanomaterials creation, interfacial droplet manipulation (界面液滴操控) and printing and micro-nano manufacturing (印刷微纳制造). He has published more than 600 SCI papers, which have been cited more than 38,000 times with the H-index of 109. He has been authorized over 170 Chinese and international invention patents. Moreover, he has proposed and developed the nanoscale green printing and micro-nano manufacturing technology (纳米绿色印刷微纳制造技术), which made a breakthrough in tackling the coffee ring effect, Rayleigh-Taylor instability and Marangoni effect and other academic challenges that had been undermining the printing accuracy, printed and prepared wearable electronics, solar cells, ultrasensitive bio-detection chips (超敏生物检测芯片) and other functional devices; he also presided over the drafting of the IEC TC119 - International Standards for Printed Electronics, and promoted the green development of the micro-nano manufacturing printing technology. In 2006, he got subsidized by the National Science Fund for Distinguished Young Scholars and was granted the Special Merit Award; in 2016, he was appointed a Distinguished Professor of the Changjiang Scholars Program. Besides, he has also received many awards and honors such as the Second Prize of National Natural Science Award in 2008 and 2005, the First Prize of Beijing Science and Technology Award in 2016, the China Youth Science and Technology Award, the IEC1906 Award, the National Advanced Science and Technology Research Worker, the Third the National Award for Excellence in Innovation, and the Bisheng Award for Outstanding Achievements in Printing, to name a few.


Based on the fundamental scientific issues of nanomaterial preparation and functional inkjet patterning, a systematic Nano Green Printing technology has been developed. The precise control of the conversion from translational kinetic energy to rotational kinetic energy before and after droplet collision has been achieved using patterned wettability surfaces. This process breaks through the scope of classical Newton’s collision law and realizes a change in the motion mode of droplets before and after collision, providing new ideas for the preparation and precise control of high-precision patterns. Starting from the manipulation of droplets for three-dimensional shaping, spontaneous contraction of droplets in three-dimensional space has been achieved by using templates, enabling rapid assembly and shaping of three-dimensional micro/nano structures using multiple materials. Furthermore, the evolution of foam has been controlled using micro-templates, overcoming the long-standing challenge of patterned control of bubbles, and realizing the anti-Oswald ripening and patterning of bubbles. This has been used as a printing template for the assembly of multiple functional materials. In particular, by utilizing the advantages of droplet manipulation in nanoscale green printing, we discover the critical conditions for the scattering-diffraction transition of nano-photonic structures, an optical metamaterial detection chip has been developed for ultra-sensitive and rapid detection of novel coronavirus, influenza virus, and tumor markers. This opens up new ideas for the printing fabrication of functional devices and micro/nano chips, and establishes the theoretical and technical system of nanoscale green printing technology.

Speakers of 2024 Conference
Yulong Gao
(Chairman of Board,Shine Optoelectronics (Kunshan) Co., Ltd.)
Flexible Electronic Skin for Robotics and Interactive Systems (Online)

Biography:Dr. Yulong Gao, after earning his bachelors, masters and doctoral degrees from Harbin Institute of Technology, worked as Postdoctoral Fellow of Suzhou Institute of Nano-Tech and Nano-Bionics (SINANO), Chinese Academy of Sciences. Hes Inventor of the embedded nanoprinting technology, Founder & Chairman of Shine Optoelectronics (Kunshan) Co., Ltd., member of National Key Talent Project and winner of China Patent Gold Award. He owns 412 patents, including 286 authorized patents; he has received 144 invention authorizations, including 61 in China, 22 in the US, 23 in Taiwan, 21 in Korea and 10 in Japan. The invention patent "Graphic Flexible Transparent Conductive Films and its Fabrication Method" (Patent No. 201110058431.X) won the 16th China Patent Gold Award in November 2014, which is the first national patent gold award won by Jiangxi Province.

Abstract: The global electronics industry has embarked on the study of using additive manufacturing to replace photolithography in circuit manufacturing since the 1990s, such as screen printing, intaglio printing and inkjet printing. In 2010, the team of Suzhou NanoGrid Technology Co., Ltd. lead by Dr. Yulong Gao invented the new technology of preparing conductive circuits with embedded printing that achieved a printing resolution of 1.3 microns, based on which the manufacturing of flexible and transparent conductive films met large-scale application in the touchscreen industry. However, due to its dependency on silver ink, this technology has a setback that its resistivity after sintering is generally 6*10-6 Ohm Meters, which is two orders of magnitude lower than that of pure copper (1.8*10-8 Ohm Meters), while its cost is much higher than copper. In view that annual output of todays printed circuit board (PCB) industry amounts to 700 billion RMB that has a high reliance on copper corrosion technology, green manufacturing of printed circuit boards at a low cost can only be achieved with a breakthrough in the additive manufacturing of pure copper. In 2015, Dr. Yulong Gao founded Shine Optoelectronics, where he and his R&D team finally realized the technological breakthrough in and commercialization of the embedded additive manufacturing of copper circuits through eight years of efforts and achieved a minimum copper circuit width of 500 nanometers. Today, the circuit boards made using this technology have been commercialized in the field of TV, and are heading toward more fields such as display, automotive and IC chip carrier.

Speakers of 2024 Conference
Fushan Li
(Professor of Fuzhou University)
Quantum Dot Assembly and Light-Emitting Device

Biography: Prof. Fushan Li is engaged in the technology researches of information optoelectronic materials and devices, and has received project setup support from the National Key Research and Development Program of China and the National Natural Science Foundation of China as Project Leader. He has published more than 150 peer-reviewed papers in Nature Photonics and other journals, and has been authorized 28 invention patents in China. In 2022, he won the First Prize of the Science and Technology Awards of China Materials Research Society (ranking the first), and the Second Prize of Optical Science and Technology Award of the Chinese Optical Society (ranking the first). In 2022, his research result was selected as one of the Top Ten Events with the Greatest Social Impact in Chinas Optics Industry, and was nominated for the Award for Chinas Top Ten Greatest Progresses in Optics .

Abstract: Quantum dots, as a new generation of light-emitting materials that have attracted attention in recent years, features multiple advantages such as narrow-band emission spectrum, high-fluorescence efficiency, continuously tunable emission spectrum, and solution processability, demonstrating a wide range of applications in fields such as displays, lighting, and biomarkers, etc. In this presentation, we utilize a novel self-assembly printing and fabrication technique to achieve high-quality patterned films of quantum dots at the micro/nanoscale level, with focus on the controlled transport and assembly strategy of quantum dots in the printing process, as well as the charge transport mechanism in quantum dot light-emitting devices, based on which the quantum-dot nanopixel element light-emitting display technology has been developed to tackle multiple challenges met by future ultra-high resolution display applications.

专业观众登记入口 立即报名


Application form download

  • Contribution template of FLEX China 2023

    The conference summary submission activity of "The 2023 Chinese Flexible and Printed Electronics Symposium" has been launched.

    Click to download the conference summary submission template. Deadline: January 20, 2023

    Submission template for "The 2023 Chinese Flexible and Printed Electronics  Symposium "

    Please send the meeting summary to the email address before the deadline for submission:

    Contact person of the organizer: Jiang Xiufen 18866025960

    Download the application form now

© 苏州纳米科技发展有限公司版权所有 苏ICP备15009858号-1  Technical Support: