The powerful, intelligent algorithm, trained on a massive amount of standard thyroid ultrasound images, provides real-time visual assistance and automated data output, offering clinicians a solid first line of defense in complex and ever-changing bedside, emergency, and physical examination scenarios.

Customized for skin aesthetic management, phototherapy, and injectable treatments. It clearly presents the layers of the epidermis, dermis, subcutaneous fat, and SMAS fascia. Through "visualized facial diagnosis," patients can directly see the true details of subcutaneous tissue laxity, fat displacement, or fascia layer collapse. Rigorous scientific imaging breaks down communication barriers.

The skin, subcutaneous fat, deep and superficial fat layers, abdominal wall muscles, and fascia are clearly and precisely layered, and the fat thickness is accurately quantified, allowing patients to intuitively see the real data comparison before and after fat loss.

The AI ​​function is specifically designed and optimized for high-frequency breast scans. During the scan, the system can dynamically capture abnormal lumps in the breast tissue in real time and delineate their irregular boundaries using an edge-sensitive algorithm. This effectively assists clinicians in quickly identifying suspicious lesions during intensive bedside rounds or group physical examinations, significantly reducing the rate of missed diagnoses and shortening examination time.

The C1.0 AI linear ultrasound machine can automatically lock onto the carotid artery wall in real time, intelligently identify the edge of the lumen, and perform multi-point fully automatic recording and second-level measurement of IMT, making clinical screening simpler and more standardized.