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.

To promote the decentralization of high-quality medical resources, Toumai® combined with the latest 5G technology, has successfully performed numerous 5G tele-surgeries spaning thousands of kilometers. These surgeries have involved challenging and complex procedures in various fields such as general surgery, urology, thoracic surgery, gynecology, and pediatric surgery, frequently setting world records for the first of their kind. This approach breaks the geographical limitations of medical technology, transforms the diagnostic and treatment models for doctors, places patients at the center of medical services, enhances the level of medical homogeneity, and brings great benefits to patients.

NMPA Registration Number: 20223010108

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.

NMPA Registration Number.: GXZZ 20213060384 HXZZ 20212060024

The SkyWalker™ Robotic-Assisted Surgical System assists in total knee arthroplasty surgery (TKA) and total hip arthroplasty surgery (THA). It offers platform integration, standardization, precision, and personalization. The preoperative planning system creates 3D model of the knee joint and hip joint with preoperative CT scan data. Personalized surgical plan is generated based on patient’s anatomical landmarks and physiological characteristics. During surgery, the high-dexterity, lightweight robotic arm assists surgeon to perform accurate osteotomy in TKA and acetabular grinding in THA. SkyWalker™ significantly improves postoperative lower limb alignment compared to traditional surgery, enhancing accuracy, safety and efficiency.

•NMPA Registration Number  20223010509

•FDA Registration Number  510(k) NO: K213873  

•CE Registration Number MDR 769916 R0000

•ANVISA Registration Number 0303010231

•ARTG Identifier  413490,412613,412550,410931

ISR'obot™Mona Lisa Robotic Prostate Puncture System is a high-end medical device that integrates multiple disciplines, consisting of a trolley (including workstations and foot switches), a mechanical arm (including ultrasound probe fixators), a bed rail stabilizer, and a floor stand stabilizer. Intended to perform robot assisted transperineal prostate biopsy guided by transrectal ultrasound for trained doctors or physicians. By combining the advantages of robot technology, we aim to achieve minimally invasive, accurate, stable, and safe prostate biopsy.

NMPA Registration Number 20233010199

ANT analyzes the X-ray or CT images, generates 2D (X-ray) or 3D (CT) models, and the puncture path was automatically calculated and transformed to motion parameters for the puncture robot through the artificial intelligence (AI) algorithms, thereby assisting doctors with accurate biopsies.

(NO NMPA Approval yet)

The trans-bronchial surgical robot seeks to leverage the power of flexible robotics to enable new possibilities in endoscopy, which uses a camera and tools to enter the lungs through their natural airways. It is designed to travel through the main airways of the lungs and precisely guide a biopsy instrument to those hard-to-reach nodules, and surgeons are able to see the movement of the biopsy instrument continuously throughout the entire procedure.

(NO NMPA Approval yet)