See how optoelectronic black technology supports the rapid development of modern medicine!
2022-8-22
Application | See how optoelectronic black technology supports the rapid development of modern medicine!
2022-05-16 17:02:23 Source: CIOE News Tags: communication, laser, infrared
The six exhibitions in the same period of China International Optoelectronics Expo cover information and communication, laser, infrared, ultraviolet, precision optics, lenses and modules, sensing and other sections, showing cutting-edge optoelectronic innovation technologies and comprehensive solutions for optoelectronics and applications, and keeping abreast of the latest trends in the industry , Insight into the market development trend, assist enterprises to conduct business negotiations with the upstream and downstream of the optoelectronic industry, and achieve business cooperation.
With the rapid development of modern medicine, the application of optoelectronic technology in the medical industry is becoming more and more extensive. CIOE China Optical Expo focuses on three major sectors of medical device core devices, medical diagnostic equipment, and manufacturing equipment for biomedical, medical imaging, beauty/health and other companies. Guangbo Jun will take you to find out.
At the same time, at 14:30 pm on May 12th, the "Application of Infrared and Sensing in Medical Care" hosted by CIOE will be broadcast live online, inviting Mr. Shan Lianzhe, the chief medical officer of Zhongke Lide, and the medical chip business of Vipvision. Mr. Yang Cheng, the general manager of the department, brought sharing.
one
core device
The core components of medical devices include optical components such as lenses, lenses, filters, lasers, UV LED core components, 3D sensing, and spectral imaging chips.
▶Optical lenses, lenses and filters
Medical endoscope (endoscope) is a device that integrates image sensors, optical lenses, light source lighting, and mechanical devices. It can be inserted into the body through natural human pores or surface perforations to directly observe the tissue morphology of human body cavities and internal organs. and lesions, assisting in the diagnosis or treatment of diseases.
The development trend of the optical system of the electronic endoscope is relatively direct, which is the pursuit of better image effects and smaller outer mirror size. The smaller outer diameter size is inseparable from the development of optical components such as optical lenses, and it is also inseparable from the development of optical components such as optical lenses. Open optical processing, optical debugging, optical testing of each industry chain complement each other.
▶Image sensor
Another indispensable core device is the image sensor. The imaging clarity of endoscopy is the key to ensuring the detection rate and accuracy of clinical disease screening. How to achieve the best image effect in a limited space is also a key and difficult point in the optical design of electronic endoscopes. Previously, CCD image sensor was the core technology of electronic speculum imaging, and then the successful application of CMOS image processor enabled domestic enterprises to bypass the limitation of core components and realize independent R&D and production of flexible mirrors.
CIOE Intelligent Sensing Exhibition focuses on intelligent sensing technology and application solutions, focusing on the new needs of image sensors and other sensors in important application fields such as medical care.
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medical diagnostic equipment
Medical diagnostic equipment includes infrared thermal imaging, ultraviolet disinfection equipment, laser medical equipment, robots, microscopes, spectrometers, etc.
▶Infrared thermal imaging
Nowadays, infrared thermometers are commonplace. In fact, the application of infrared thermal imaging technology in medical treatment is far more than that. The human body's own thermal radiation carries a lot of health status information, so the temperature change of the human body surface is one of the important indicators of human pathological diagnosis. Medical infrared thermal imaging can receive the thermal radiation of the human body that cannot be seen by the human eye, objectively and accurately present the temperature distribution images of various parts of the body, and provide a reliable reference for clinical diagnosis. Multiple departments.
▶UV disinfection equipment
The application of ultraviolet light in the field of disinfection has a long history. It is mentioned in the "New Coronavirus Pneumonia Prevention and Control Plan" that the new coronavirus is sensitive to ultraviolet light and heat. Under the catalysis of the epidemic, with the surge in consumer demand for sterilization and disinfection, the UV LED industry has developed rapidly. According to data, the global UV LED market size in 2019 reached 269 million US dollars (about 1.9 billion yuan).
From September 7th to 9th, the CIOE Infrared Technology and Application Exhibition will focus on the display of UV LED core devices, supporting materials, related equipment, UV LED modules and application-related maternal and child products, home appliances, personal health, biomedicine, etc. Modules and application products.
▶Laser medical equipment
According to relevant reports, by 2022, the size of my country's laser medical device market will exceed 30 billion. Previously, the China Medical Device Industry Association stated that most of the major hospitals in the country have established laser medical centers, and more than 80% of hospitals have laser medical equipment. At the same time, many small and medium-sized hospitals have also established laser treatment rooms, and the demand for laser medical equipment in the domestic medical field has greatly increased.
Laser technology research, product development, laser parts production, this complete industrial chain has been formed in China and can meet the needs of the huge market. From the perspective of the industrial chain, the upstream of the industrial chain of laser medical equipment is hardware suppliers and system service providers, the midstream is laser medical equipment manufacturers with lasers as the core, and the downstream is various medical institutions, families and individuals. At present, laser medical equipment is most widely used in hospitals and private beauty hospitals. With the development trend of intelligent, miniaturization and environmental protection of laser equipment, it will gradually be popularized in home treatment equipment in the future.
The CIOE Laser Technology and Intelligent Manufacturing Exhibition has set up a "laser medical exhibition area" to display the latest laser technology or products such as laser treatment equipment, laser beauty equipment, laser health care physiotherapy equipment and equipment, lasers, laser chips, laser components and components for the industry. Application in the field of medical beauty.
▶AR/VR
With the growth of population and the rapid development of science and technology, people's high demand and strong demand for surgical treatment have greatly promoted the application of augmented reality and virtual reality technology in the medical field. AR/VR technology has gained significant traction in the medical field and is being widely used in multiple medical scenarios. The doctor can see the real surgical site and visualize the virtual three-dimensional anatomical hologram and mark the part of interest on the hologram, creating a semi-immersive surgical environment combining virtual and real for the doctor.
In the medical field, according to the Research&Markets.com survey, AR/VR medical care is experiencing substantial improvement, with an expected compound annual growth rate of 33.36%, and the market value is expected to increase from $621.7 million in 2018 to $3.497 billion in 2024 Dollar.
The development of AR/VR/5G/telemedicine and various artificial intelligence technologies will affect or even change the traditional medical diagnosis and treatment methods to a certain extent, and is expected to promote the development of AR/VR medical care in the next few years.
The "VR/AR Industry Ecology Conference" will be held in the CIOE Precision Optics Exhibition & Camera Technology and Application Exhibition, focusing on VR display modules, VR/AR optical core devices, terminal hardware, supporting equipment, optical design and algorithms. /AR industry chain, focusing on the application of VR/AR in downstream medical and other markets.
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Manufacturing equipment
Manufacturing equipment includes laser processing equipment, high-end intelligent equipment, industrial robots, 3D printing equipment, sensors, etc.
▶Laser processing equipment and high-end intelligent equipment
Medical device manufacturers usually have strict requirements for medical device processing, and need to achieve high-quality, high-stability precise processing. Laser processing has many advantages such as dense spot (minimum can reach several microns), precision processing, high flexibility, excellent surface quality, and reduced or no post-processing, making it an ideal solution for medical device processing. At present, processes such as laser welding, cutting and marking have been widely used in medical device processing.
For example, medical devices need to be absolutely environmentally friendly and clean in the manufacturing environment, which cannot be satisfied by traditional welding technology, and laser welding technology is inseparable from the manufacturing process of detection kits and microfluidic chips. Millisecond (ms) fiber lasers have also been successfully used for many years in medical device applications such as the cutting of syringes and stents.
▶3D printing
3D printing technology, also known as additive manufacturing technology, is an important part of intelligent manufacturing. According to the application field of the final product, 3D printing can be divided into consumer-grade 3D printing and industrial-grade 3D printing. Industrial-grade 3D printing mainly faces downstream application scenarios such as aerospace, medical equipment, automobile, and mold development that require high quality and accuracy. From the initial rapid manufacturing of medical models, to the gradual development of 3D printing to directly manufacture hearing aid shells, implants, complex surgical instruments and 3D printed medicines, the medical use of 3D printing technology is no longer limited to a specific scene.
In order to promote the development of the upstream and downstream of the additive manufacturing industry chain, CIOE has set up a special additive manufacturing (3D printing) technology exhibition area on site, focusing on displaying 3D software, 3D materials, 3D equipment, 3D services, 3D printing applications, and gathering global additive materials Experts and scholars in the manufacturing industry and elites from upstream and downstream enterprises will jointly discuss the development trend of the additive manufacturing industry, promote the gradual deepening of the application of additive manufacturing technology in various fields, and continue to expand the application field.
▶Sensor
Industrial sensors in industrial manufacturing fields such as industrial robots and CNC machine tools are developing towards high performance, and sensor fusion is also gradually moving towards advanced manufacturing, medical equipment and other fields.
MEMS technology makes sensors miniaturized and intelligent. Common MEMS sensors such as microphones, bulk acoustic wave filters, pressure sensors, temperature sensors, and fingerprint sensors are also widely used in IOT segments such as wearable devices, smart homes, and medical care.
Four
Concurrent meeting
Medical Endoscopy Industry Development Seminar
The conference invites experts from hospitals, medical endoscope system manufacturers, CMOS manufacturers, optical system manufacturers, and optical field experts to continuously improve the diagnosis and treatment technology of medical endoscopes by sharing the application difficulties, technical hotspots and challenges in medical endoscopes. Boost the high-end wave of domestic endoscopes.
Seminar on the application of laser technology in medical and cosmetic fields
The conference invites relevant experts and senior executives of leading companies from the clinical medical field, laser beauty and diagnostic equipment level, and laser device field to discuss the development prospects, market development space, and technical problems faced by the industry in the field of laser in the field of medical treatment and medical beauty.
The six exhibitions in the same period of China International Optoelectronics Expo cover information and communication, laser, infrared, ultraviolet, precision optics, lenses and modules, sensing and other sections, showing cutting-edge optoelectronic innovation technologies and comprehensive solutions for optoelectronics and applications, and keeping abreast of the latest trends in the industry , Insight into the market development trend, assist enterprises to conduct business negotiations with the upstream and downstream of the optoelectronic industry, and achieve business cooperation.
