Future Development Direction

Combine 2025  Driven by annual technological breakthroughs in the industry and clinical needs, medical endoscopes will undergo profound evolution toward greater precision, enhanced flexibility, and improved adaptability to diverse clinical settings in the fields of intelligentization and miniaturization. At the same time, they will also give rise to innovative forms that integrate with multiple technologies. The following are specific development directions:

Intelligent direction

1. Edge AI Deep integration to enhance diagnostic accuracy and efficiency: The future AI The shift will deepen from auxiliary diagnosis toward real-time decision-making. On the one hand, the edge... AI The system will become standard equipment for endoscopes, much like ASUS. EndoAim This type of solution will be further upgraded to not only analyze large volumes of images in real time, identifying lesions such as polyps and bleeding points per second, but also automatically recognize the type of lesion and provide preliminary grading recommendations. On the other hand, AI Closer integration with endoscopic hardware, integrated AI Algorithm customization CMOS Chips will become widespread, enabling functions such as lesion detection and one-click measurement without the need for additional external devices. This will lower the technological barrier for healthcare institutions to adopt these technologies, while continuously improving the detection rate of easily missed lesions, such as small polyps.

2. Integrated Diagnostic and Therapeutic Intelligent Closed Loop: Breakthrough “ Diagnosis and treatment are carried out step by step. ”  In this mode, intelligent endoscopes will be realized. “ Detect the lesion -  Planning Proposal -  Precision medicine ”  integration. For example, after detecting early precancerous lesions, endoscopy can... AI Automatically plan minimally invasive treatment pathways while simultaneously controlling the therapeutic instruments within the instrument channel to perform procedures such as resection and hemostasis. Furthermore, after surgery, built-in sensors can be used to collect tissue healing data, which, combined with cloud-based algorithms, enables assessment of rehabilitation outcomes and provides personalized follow-up care recommendations, thereby creating a complete diagnostic and therapeutic closed-loop system.

3. Cloud-based collaboration and remote intelligent empowerment: Cloud-based intelligent platforms will reshape the endoscopy service model. On one hand, endoscopic data can be uploaded to the cloud in real time, where big-data algorithms compare it against vast amounts of clinical cases, providing primary-care physicians with diagnostic references for challenging cases. On the other hand, remote control technology will become fully mature and widely adopted; experts will be able to remotely operate endoscopic equipment via a cloud-based system to perform examinations or minimally invasive surgeries for patients in remote areas. Coupled with remote teaching modules, this approach will also enable the simultaneous transfer of operational expertise to primary-care physicians, thereby narrowing the gap in medical technology.

Miniaturization direction

1. Modular components are being miniaturized to the extreme, expanding into specialized diagnostic and therapeutic scenarios: The diameter of core endoscopic modules will continue to push beyond existing lower limits. Currently, there is... 0.85mm The ultra-miniature module can achieve 16  With megapixel high-definition imaging, this type of technology will continue to be further upgraded in the future, adapting to the needs of more specialized departments such as neurosurgery and ophthalmology. It will enable deeper visualization of tiny blood vessels, nerve bundles, and other structures that were previously difficult to access. Meanwhile, specialized miniature modules tailored for the urinary and respiratory systems will become more widely available—for instance, further reducing the axial dimensions of endoscopes used for examining the renal pelvis and ureters, making procedures more flexible and minimizing patient trauma.

2. The micro-drive technology is undergoing an upgrade, balancing flexibility with stability: precise actuation within millimeter-scale spaces will become the technological cornerstone. In the future, drive modules will evolve toward smaller sizes and greater torque—much like... 3.4 mm 、 4mm High-performance drive modules with advanced specifications will become the mainstream, enabling flexible bending of endoscopes within confined spaces and facilitating precise surgical maneuvers. At the same time, these modules will feature optimized resistance to disinfection, allowing them to withstand repeated high-temperature and high-pressure sterilization without compromising power output. This makes them well-suited for the long-term use of reusable endoscopes and ensures the surgical safety of miniature endoscopes.

3. A New Breakthrough in Miniature Endoscopy: Capsule endoscopes and miniature robotic endoscopes are set to undergo a major transformation. The controllable, magnetically guided capsule robots will enable more precise external manipulation, allowing for comprehensive examination of the stomach and colon without any blind spots. Moreover, these robots could integrate miniature biopsy devices and targeted drug-delivery functions. In addition, swallowable, single-use therapeutic capsules—intended specifically for simple procedures such as removing tiny polyps or achieving localized hemostasis—are poised for mass production, offering a non-invasive approach that completely alleviates patients’ fear of endoscopic examinations.