Zhibo Zhang

Nanyang Technological University, Beijing Forestry University

Papers

Total Citations

H-Index

About

Zhibo Zhang is a robotics and biomedical engineer whose research bridges dexterous manipulation and precision surgical technologies. His foundational work on cable-driven snake-like robotic arms, particularly the control of a 2-DOF joint module with a flexible backbone (2011, 9 citations), established key principles for lightweight, low-energy, high-speed motion in continuum robots. This contribution has been influential in the development of snake-like robots for minimally invasive procedures and industrial inspection. More recently, Zhang has advanced into high-precision biomedical fabrication, demonstrating the use of femtosecond lasers for implant cavity preparation (2024, 2 citations). This work addresses a critical challenge in noninvasive, efficient dental and orthopedic surgery, promising unprecedented accuracy in cavity creation. By combining expertise in robotic actuation with cutting-edge laser technology, Zhang is driving innovation toward safer, more precise surgical interventions. His career reflects a commitment to translating robotic principles into tangible clinical tools, with ongoing potential to impact both robotic design and patient outcomes.