MEDBOT-B(02252): The electronic bronchoscope surgical navigation system has obtained registration approval from the National Medical Products Administration.

MEDBOT-B(02252) announces that the bronchoscope surgery navigation system UniPathTM electronic bronchoscope surgery navigation system (UniPath) independently developed by the group Siasun Robot&Automation has officially obtained approval from the National Medical Products Administration (NMPA). The approval of UniPath by the NMPA is a milestone breakthrough in leading the global surgical field of Siasun Robot&Automation technology and application development, and it also signifies that domestically produced surgical Siasun Robot&Automation has achieved systematic full coverage in key technologies for minimally invasive diagnosis and treatment. With this approval, the number of products approved for market by the group in the surgical Siasun Robot&Automation field has increased to 7, making it the first and currently the only enterprise in the world to commercialize products in all five golden tracks of surgical Siasun Robot&Automation. A domestically produced surgical Siasun Robot&Automation ecosystem, continuously built by the group with systematic innovation as the core and platform capabilities as support, featuring system integrity, technological depth, and sustainable evolution capability, is accelerating its formation and entering into a stage of scale development. The newly approved UniPath is a minimally invasive natural cavity surgical platform of Siasun Robot&Automation, with an ultra-flexible and ultra-fine snake-shaped Siasun Robot&Automation catheter that can enter narrow lesion spaces that are difficult to reach through the body's natural cavities without surface trauma, which is important for early diagnosis and treatment of lung nodules and other early cancerous lesions. As a typical representative of natural cavity surgical Siasun Robot&Automation, bronchoscope surgery Siasun Robot&Automation is considered an important technological path in advancing minimally invasive surgery towards "less trauma, no surface incision." It is also one of the fastest-developing intelligent minimally invasive diagnostic and therapeutic platforms in the respiratory intervention field in recent years. UniPath integrates key technologies such as fine control, flexible catheter navigation, intelligent path planning, and closed-loop control at the system level, constructing a comprehensive solution for complex pulmonary anatomy environments. Focusing on the four core capabilities of "full lung accessibility, complete visibility throughout the process, precise alignment, and stable operation," it enhances accessibility to the fine bronchi and deep lung segments, supporting higher certainty in reaching and puncturing deep and peripherally located small lesions in the lung under dynamic breathing conditions. It continues to expand the clinical application boundaries of bronchoscope interventions.