AUO, leveraging its leading display and sensing technologies, continues to drive diverse, integrated solutions across vertical markets. In the healthcare sector, AUO actively collaborates with partners to accelerate the development of a smart healthcare ecosystem. This year, AUO’s subsidiary AUO Display Plus (ADP), together with AUO Health, DentLabX, and 12 ecosystem partners, joins the 2025 Healthcare+ Expo Taiwan under the theme "Beyond 3D, Precision AI." The joint showcase brings together advanced display technology, real-time image streaming, edge computing, and AI to enable applications including 3D surgical imaging, AI-assisted medical image interpretations, and Traditional Chinese Medicine (TCM) Digital Detection. These innovations aim to deliver efficient, precise, and intelligent diagnostic and treatment options, establishing a new benchmark for high-quality healthcare services.
AUO Display Plus President Tina Wu stated: "The advancement of smart healthcare depends not only on a single technology, but on the collective strength of the entire ecosystem. AUO integrates group-wide resources and collaborates closely with partners in AI, edge computing, and clinical applications to build cross-domain, innovative solutions. Working hand-in-hand with industry, government, and academia, we are implementing smart healthcare solutions—from microsurgery to remote surgical training—to enhance surgical precision and safety, strengthen team coordination, and support the healthcare industry in achieving greater value and sustainable growth."
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ADP Elevates 3D Imaging Technology for Microsurgery and Clinical Training ADP continues to advance its 3D display technology by partnering with Microinstruments Medical Technology and DET Corporation to introduce “3D Microsurgery Imaging Solution.” By integrating the MMI Symani® Surgical System with Mitaka surgical microscopes, this solution extends 3D visualization capabilities from endoscopic surgeries to complex microsurgeries involving nerves, blood vessels, and lymphatics, providing an ultra-clear stereoscopic field to support precise and delicate surgical manipulation.
Lead surgeons can utilize a high-resolution 4K 3D medical display to obtain a comfortable, high-depth stereoscopic view without relying on traditional microscope eyepieces. This enables clear visualization of sub-millimeter vessels and tissues, reduces fatigue during prolonged operations, and enhances surgical accuracy and safety. Assisting surgeons can simultaneously view the same stereoscopic scene through a naked-eye 3D display, enabling smooth equipment handling and instrument transfer, strengthening intraoperative collaboration, and improving overall surgical efficiency.
ADP also collaborates with Sunbloom Biotech to introduce the “MediThinQ 3D Microsurgery Solution,” featuring an immersive, low-latency, and color-accurate 3D display that enhances precision in microsurgical procedures such as hair transplantation, dental surgery, and dermatologic interventions. In addition, ADP works with Great Choice to offer a “3D Imaging Solution for Remote Surgical Training,” supporting multi-angle, real-time streaming and recording to enhance clinical teaching effectiveness and shorten the learning curve for complex surgical techniques.
ADP is further accelerating the adoption and validation of its 3D imaging systems. The SurgiEyes Real-time 3D Solution for Robotic Surgery, supporting real-time 3D image streaming, has received TFDA Class II medical device approval and has been deployed across several medical-center-level hospitals, including China Medical University Hsinchu Hospital. It has supported hundreds of Da Vinci colorectal and urological procedures, significantly improving operational precision and efficiency while enhancing the quality of surgical training.
ADP Collaborates with ADLINK to Drive Precision Healthcare with Edge Computing
As real-time imaging and AI-assisted interpretation are transforming smart healthcare, edge computing plays a critical role in enabling precision medicine. ADP has partnered with ADLINK, along with Taiwanese medical startups to integrate advanced display technology, image streaming, and edge AI to deliver a high-performance, low-latency solution for AI-assisted interpretation and treatment, enhancing the accuracy of clinical image analysis.
In collaboration with NaviFUS, the “NaviFUS ® Neuronavigation-guided Focused Ultrasound System” leverages ADLINK’s medical-grade edge computing platform to integrate optical navigation with transcranial focused ultrasound. This non-invasive solution precisely directs energy to intracranial targets, temporarily opens the blood–brain barrier, and enhances drug delivery and therapeutic effectiveness. Future development will incorporate AI algorithms to integrate CT and MR images for skull correction and image fusion, enabling rapid generation of optimal treatment plans for intelligent, precise therapy.
In partnership with Tech-Image, the “Disposable Endoscopic Imaging Solution” employs a single-use spinal endoscope to reduce cross-infection risk. The system integrates ADLINK's MDR-certified medical monitor and touch panel PC, providing a clear, |