Hepatobiliary Surgery

Utilizing laparoscopic fluorescence-guided technology to achieve precise anatomical hepatectomy of the portal vein territory. Compared with traditional open surgery, it offers significant advantages of less trauma, less bleeding, and faster recovery, precisely removing lesions while maximizing the preservation of healthy liver tissue.

For complex intrahepatic and extrahepatic bile duct stones, the advanced rigid choledochoscopy technique is employed to remove stones more efficiently and thoroughly, reducing the stone residual rate and recurrence rate.

Combining cutting-edge approaches such as intervention, targeted therapy, and immunotherapy, it provides conversion therapy options for patients with unresectable liver cancer or biliary and pancreatic tumors, creating surgical opportunities and prolonging survival.

Performing laparoscopic pancreatic tumor resection, minimally invasive drainage for acute pancreatitis, and individualized comprehensive treatment for chronic pancreatitis to reduce patient suffering and shorten hospital stays.

Using an ultra-fine endoscope with a diameter of <3mm (minimum 0.5–0.75mm) to enter the biliary tract through natural orifices or minimally invasive channels, enabling direct visualization, precise stone removal, biopsy, and minimally invasive treatment, significantly reducing trauma and improving the stone clearance rate and diagnostic accuracy.

The surgeon controls the camera and surgical instruments entirely through the console handle, acting as the doctor's "extended arm and eye." The robot provides a high-definition 3D stereoscopic view, flexible instruments that filter hand tremors, enabling more precise operation, and achieving surgical outcomes with less trauma, less bleeding, faster recovery, and fewer complications.