INTRODUCTION

NS100 Orthopedic Robotic Surgery Platform
Brand Name:南京佗道医疗科技有限公司
Design Company Name:南京佗道医疗科技有限公司
Nationality / Region:中国
Entry ID:2021-06-3081988
Entry Category:Product Group
Categories:Manufacturing Equipment
Introduction
Orthopedic surgical robot is an intelligent enabling tool for orthopedic surgery, which can present the surgical plan into the real space uniquely, and provide guidance for doctors to ensure accuracy and efficiency. Compared with traditional surgery, the effectiveness of robot-assisted surgery in terms of precision, wound area reduction and radiation reduction has been improved by magnitude, which can reduce the reliance on the experience and skill of the surgeon and allow more patients to get the best surgical treatment. We providing compatible support for CT and intraoperative 3D scanning transcendentally, which provides a platform for the diversified implementation of telemedicine, which also reduces the price of the product, and enables more patients around the world, especially patients in developing countries/regions, to share the top medical resources equally. Osteoporotic fracture occurs every three seconds world widely, with a 5-year case fatality rate of 34%, a figure that is expected to grow further along with aging intensifies. Due to limited medical resources, most patients cannot receive timely and proper treatment. Through the cooperation between hands (robotic arm system), eyes (optical tracking + image) and brain (central processing software), orthopedic robot can provide efficient enabling for doctors, making them comparable to the top doctors in the industry and benefiting more patients with high-level surgery. Pioneer of 3D/2D fusion navigation solutions The most advanced preoperative CT+ intraoperative 2D registration technology significantly reduces the price of the product and benefits the primary medical care; It also makes preoperative nondestructive possible and improves surgical efficiency. Through telemedicine, the surgical design of top doctors can be realized in grassroots hospitals, breaking the spatial and temporal boundaries of medical resources distribution. Let there be no difficult spinal surgery in the world Accuracy: the accuracy improved from 5mm to 0.8mm, exceeding the limitation of human hand-eye coordination Visualization: no longer rely on the experience of the hand feeling, but the perspective of visual planning Stable and reliable: filter out jitter and shaking, "hitting exactly where pointing" Better surgical treatment and lower surgical injuries Low radiation: 70% reduction in intraoperative X-ray radiation Minimally invasive: the wound was reduced from 4-5cm to 5mm
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