About MedBot®

MedBot® commenced its development for laparoscopic surgical robots in 2014 (as an internal incubation project of MicroPort® group), and established a company in China in 2015 when it began to develop SkyWalker™ orthopedic surgical robot. We are committed to meeting the peak demand for robotic surgery.

By integrating the cutting-edge research and robot ontology, control algorithms, electrical engineering, image-based navigation and precision imaging, we provide comprehensive intelligent surgical solutions to prolong and reshape the lives of patients, lead the maturity and development of robotic surgery, and shape the era of super intelligent surgery.

Our Products

SkyWalker
SkyWalker™ Orthopedic Surgical Robot

A robotic arm with visual and navigational positioning assisting orthopedic surgery, enhancing precision and stability in procedures like total knee arthroplasty (TKA).

Toumai
Toumai™ Endoscopic Surgical Robot

Toumai® Robot-assisted Laparoscopic Surgery System, as an advanced minimal invasive medical device which integrated of multi-discipline knowledge, was composed by the Surgeon Console, the Patient Cart and the Image Vehicle. By tele-operation technology, Toumai® enables surgeon to sit outside of the aseptic surgery area to conduct the surgery, thus it reduces the burden of surgeons. By integrated the advantage of robotic technology, surgery is going to be less invasive, more accurate, more stable and safer. Toumai® could be applied in Urology Surgery, General Surgery, Gynecology Surgery and Thoracic surgery.

DFVision
DFVision® ™3D Electronic Laparoscope

DFVision® 3D Electronic Laparoscope applies chip-on-tip structure including two high-resolution imaging objective lenses. On the basis of providing the full HD resolution of dual images, DFVison® reduces the weight of the laparoscope largely by avoiding applying the traditional optical structure. The 3D imaging and rich color performance allow the details of the surgical field to be presented accurately. The enhanced visualization and the precise display of the anatomy of human organs provide greater convenience for surgeons and shorten their learning curves.