"The 21st century is the century of light". Under the guidance of the National Fourteenth Five-Year Plan for Science and Technology Development, as a key element to reshape the national innovation capacity and competitiveness, the optical industry will enter a new stage of development of transformation, upgrading and cross-border integration. In the future, high transmittance, ultra-high definition, AI recognition, large aperture and small size, small lightweight, high integration, imaging sensor fusion, etc. will become the key words of optical development.
With the continuous expansion and deepening of the application field of terminal products, driven by the application demand, the upgrading speed of modern optical technology is accelerating, and optical products are increasingly becoming smaller, digital and functional integration. In the face of increasing requirements, optical technology in the future will continue to promote the intelligent development of various new optical-related products while introducing and absorbing advanced technologies in other fields
In order to further integrate the optical industry chain and explore new optical technologies and applications. On September 6-8, 2023, the 2023 Global Precision Optics Intelligent Manufacturing Summit Forum will be held in conjunction with the CIOE Optical Expo. The forum will focus on the hot applications and key technologies in the field of optics, exploring key technical topics such as car mounted cameras, medical endoscopes, ARVR optical applications, micro/nano optical devices, metasurfaces and lenses, optical thin films, machine vision, optical semiconductor testing, and more.
The committee of Optical Manufacturing Technologies, The Chinese Optical Society
Shanghai Ultra Precision Optics Manufacturing Engineering and Research Center, Fudan University
China International Optoelectronic Expo (CIOE)
Changchun University of Science and Technology
Beijing Institute of Technology
Institute of Optics and Electronics, Chinese Academy of Sciences
Changchun Institute of Optics,Fine Mechanicsand Physics,Chinese Academy of Sciences
Hong Kong Applied Science and Technology Research Institute Company Limited
Shenzhen Optics & Optoelectronics Industry Association
Shenzhen UBM Herong Exhibition Co., Ltd
Zhuhai Asscociation of Medical Devices Industry
Date：Sept 7, AM. 2023
Venue：Hall 5, Conference Room
EPIC (European Photonics Industry Consortium), the largest photonics industry association in the world, in cooperation with CIOE 2023 – the 24th China International Optoelectronic Exposition, introduces innovative technology companies for collaboration and partnership in China. We invite you to learn about the leading-edge European photonics technologies at the EPIC TechWatch on 7 September from 10:00 – 12:00 in Shenzhen World Exhibition & Convention Center. Presentations will be covering all the topics from the design and development of new optical components, the trends on optical materials and fabrication techniques, the precision optics related technologies and their most innovative applications (imaging and camera modules, lightning, AR/VR, biomedical…).
Date：Sep 6, PM
Venue：5B, 2nd Floor, Hall 5
With the rapid development of new generation information technologies such as sensors, cloud computing, and artificial intelligence, optical imaging technology has injected new life. At present, the use of lenses is constantly evolving from traditional spherical to complex surface lenses such as aspherical and free form surfaces. The continuous improvement in performance in correcting aberrations, improving imaging quality, expanding the field of view, reducing the number of lenses, and compressing lens size allows optical design to have greater freedom and flexibility, meeting the clear imaging needs in various scenarios. At present, the terminal application products of optical lenses are showing a trend of mathematical and intelligent development, which has led to the continuous expansion and deepening of downstream optical lens application fields. According to the differentiated needs of different fields, optical lens design requires the selection and balance of various performance indicators to achieve optical imaging under specific requirements.
Date：Sep 6, PM
Venue：Conference Room, Hall 1
Spectra is one of the fundamental properties of matter and is considered the fingerprint of matter. Spectral imaging Technological convergence spectral detection and imaging technology, which can not only perceive the objective existence of substances, but also understand the composition of substances, so as to achieve comprehensive detection and recognition of target characteristics. It is known as a leap in the development history of Optical instrument. Spectral imaging is mainly divided into three categories: multispectral imaging, hyperspectral imaging, and hyperspectral imaging. In recent years, due to the rapid growth of the application market for spectral analysis, the demand for portable and integrated spectrometers to reduce size, cost, and power consumption has prioritized the demand for improving performance. Therefore, the miniaturization of spectrometers has attracted widespread attention. The application potential of spectral imaging and micro spectrometers is enormous, with core technologies such as computational coding, spatial heterodyne, on chip spectroscopy, and optical path multiplexing becoming increasingly mature, and manufacturing costs continuously decreasing. In addition to being widely used in fields such as food safety, biomedicine, environmental monitoring, and machine vision. There is also a hope to "carry forward" and open up new "horizons" in the field of consumer electronics such as smartphones, tablets, wearable devices, smart appliances, drones, robots, etc.
Venue：5B, 2nd Floor, Hall 5
Vision is the most important way for human to obtain environmental information when driving a car. For autonomous vehicle, cameras replace human vision as important sensors to provide an important source of external information for cars. Thanks to the rapid penetration of autonomous driving and intelligent cockpit applications, cars are accelerating their pace of intelligence. With the continuous improvement of ADAS penetration rate and intelligent driving level, there is a growing demand for in car cameras. Perception technology, as a major core of the development of autonomous driving technology, has seen a rise in both quantity and price for synchronous catalytic in car cameras. But facing the rise of new forces in car manufacturing, the market competition is intensifying. In order to enhance market competitiveness, various car manufacturers are constantly attempting intelligent innovation in new car design. The requirements for pixels, detection distance, viewability, stability, and recognition ability of car mounted cameras are becoming more stringent, forcing suppliers of optical components, wafers, lenses, protective films, image sensors, ISP chips, and other components in the industry chain to iteratively update their technological processes and increase the value of hardware.
Venue：5C, 2nd Floor, Hall 5
Micro nano optics is not only one of the cutting-edge research directions in the field of optics, but also an important development direction for the new optoelectronic industry. It combines the cutting-edge achievements of Photonics and nanotechnology, and its main advantage is that it can realize many new functions on the basis of local electromagnetic interaction, becoming an indispensable key science and technology of the country in the 21st century. Micro/nano optical components are free optical curved surfaces and micro structural optical components whose surface shape accuracy can reach submicron level and surface roughness can reach nanometer level. Benefiting from the development of semiconductor manufacturing technologies such as lithography, MEMS, nanoimprinting, and screen printing, micro/nano optical components are constantly moving towards the micro/nano scale and playing irreplaceable roles in many fields such as sensing and imaging, display and lighting, communication and interconnection.
Date：Sep 7, PM
Venue：5A, 2nd Floor, Hall 5
Minimally invasive surgery "is a profound technological revolution in traditional surgery that conforms to the requirements of the times. Among them, the medical endoscope technology, known as "the third eye of mankind", as the main technology of MicroPort, has developed rapidly. Medical endoscope, as the core medical device of endoscopic Minimally invasive procedure, plays the role of "eye" in Minimally invasive procedure, effectively helping doctors "see" the focus. Endoscope technology has developed from the original open hard endoscope to the current high-definition electronic endoscope, and has continuously improved its application in clinical application scenarios of MicroPort. With the maturity and innovation of CMOS replacement, intraoperative fluorescence development, 3D+4D imaging, AI assistance, ultrasound fusion and other related technologies, the endoscope industry will usher in five major development trends of refinement, semi-automatic, high fidelity, high imaging effect, and multimodal systems, and promote Minimally invasive procedure into a new stage of development.