Robotic surgery has demonstrated obvious advantages in precise and complex operations, and its application in urology, gastrointestinal surgery and obstetrics and gynecology has gradually become widespread. However, its development in pancreatic surgery has been relatively slow. From 2011 to 2025, the author′s team completed a total of 5, 500 robotic pancreatic surgeries. Based on the summary of the above-mentioned surgical experiences, the author proposed new technologies, new concepts, and new sub-specialties. Among them, the new technologies include standardized port placement, the application of L-hole and R-hole, 301 pancreaticojejunostomy, robotic radical antegrade modular pancreatosplenectomy using the flip-up approach, and Rong′s surgery. The new concepts include: circumferential vessel resection techniques and low-tension and low-stress anastomosis; New Sub-specialty: Pancreatic Duct (Repair) Surgery. These experiences and concepts can help robotic pancreatic surgeons shorten their learning curve, promote the adoption of robotic pancreatic surgery in primary care settings, advance the development of robotic pancreatic surgery in China, and enable more patients to benefit from the progress of minimally invasive techniques.