Technical Development and Innovation of Surgical Energy Equipment
CHU Chengchen1,2, LI Bin1,2, JI Zhiyong1, FENG Qingyu3, XU Xuefeng3, XU Wangyang3, WEN Bin3, WANG Yifei1
1. Department of Medical Equipment, Shanghai Jiao Tong University Affiliated Sixth People’s Hospital, Shanghai 201306, China;
2. Center for Hospital Management Research, Shanghai Jiao Tong University China Hospital Development Institute, Shanghai
200233, China; 3. Shanghai Yichao Medical Instrument Co., Ltd., Shanghai 201201, China
Abstract：The use of energy decives such as high-frequency electrotome and ultrasonic cutting hemostatic knife in minimally
invasive surgery improvs the technical efficiency of minimally invasive surgery, but also brings various risks. Reducing intraoperative
bleeding, peripheral tissue injury and operation time is the key to the sustainable development of energy surgical equipment. From
the perspective of safety and effectiveness of surgical energy equipment such as thermal effect, histological injury, vascular sealing
ability and cutting speed, this paper discussed the technical characteristics and clinical risks of high-frequency electrotome and
ultrasonic cutting hemostatic knife. The development trend and application prospect of the next generation technology of surgical
energy equipment were also prospected. It aims to promote the research and development of domestic innovative medical devices and
promote the innovative application of hybrid integrated surgical energy platform based on technology integration.
储呈晨1,2，李斌1,2，季智勇1，冯庆宇3，徐雪风3，徐汪洋3，文彬3，王毅飞1. 外科能量设备的技术发展与创新[J]. 中国医疗设备, 2023, 38(1): 160-164.
CHU Chengchen1,2, LI Bin1,2, JI Zhiyong1, FENG Qingyu3, XU Xuefeng3, XU Wangyang3, WEN Bin3, WANG Yifei1. Technical Development and Innovation of Surgical Energy Equipment. China Medical Devices, 2023, 38(1): 160-164.
