作品详情

产品介绍： 一款用于骨科外科手术的微创机器人，能为使用者提供精准定位、微创断骨复位、图像动态匹配和实时可视化操作，能解决传统手术切口大、出血多、低精度、感染率较高、缓解社会专业骨科医生匮乏、培训周期长等一系列问题。 创新性： 1.不同于行业三设备模式，创新性采用双设备方案，解决医院手术室设备占地空间大、移动不便的主要痛点; 2.手术臂末端创新性采用骨钻集成机构，代替医生完成精准钻孔， 减轻了手术医生负担，提高了手术效率。 美观性： 1.基于骨科手术的临床需求采用精简专业的设计语言，通过柔美的线条使产品与使用环境更具一体性; 2.能提示操作者手术臂状态的呼吸灯使产品充满时尚、科技和未来 感，灰白的配色使产品更具亲和力。 实用性： 1.解决传统手术切口大、出血多、恢复慢、低精度、术后疼痛、 感染率较高、疤痕明显等一系列问题; 2.减轻骨科医生手术负担、提高手术精度、稳定程度与效率，缓解社会专业骨科手术医生匮乏、培训周期长等问题。 经济性： 1.采用创新性双设备方案，高集成度降低了材料的成本和加工装配的成本; 2.减轻骨科医生手术负担、提高手术效率，缓解社会骨科手术医生匮乏、培训周期长、费用高等问题。 环保性： 1.材料选用医用环保塑料和钛合金，减少环境污染和感染风险； 2.产品加工组装过程无额外危废产生，对人体和环境的影响降至最低。 工艺性： 1.手术器械和对应标记物进行一次性封装，保证手术无交叉感染; 2.产品表面采用先进的纳米防菌涂层工艺，降低感染风险。 Product Introduction: A used in orthopedic surgery, minimally invasive robot, can provide users with accurate positioning, minimally invasive broken bone restoration, dynamic image matching and real-time visualization operation, can solve the traditional large incision bleeding, more, low accuracy and high infection rates, and easing social professional series of problems such as lack of orthopaedic surgeons, training cycle is long. Innovative: 1. Different from the three-device model in the industry, the two-device scheme is innovatively adopted to solve the main pain points of large space occupied by the equipment in the operating room of the hospital and inconvenient to move; 2. The bone drill integrated mechanism was innovatively adopted at the end of the operation arm to complete precise drilling instead of the doctor, which reduced the burden of the surgeon and improved the operation efficiency. Aesthetic: 1. Based on the clinical needs of orthopedic surgery, simple and professional design language is adopted to make the product more integrated with the use environment through soft and beautiful lines; 2. The breathing lamp that can remind the operator of the state of the operation arm makes the product full of fashion, science and technology and a sense of future, and the gray color makes the product more affinity. Practical: 1. Solve a series of problems such as large incision, large bleeding, slow recovery, low accuracy, postoperative pain, high infection rate and obvious scar in traditional surgery; 2. Reduce the surgical burden of orthopedic surgeons, improve the accuracy, stability and efficiency of surgery, and alleviate the shortage of professional orthopedic surgeons and the long training cycle in society. Economical: 1. Innovative dual-equipment scheme is adopted to reduce the cost of materials and processing and assembly with high integration; 2. Reduce the burden of orthopedic surgeons, improve the efficiency of surgery, and alleviate the problems of lack of orthopedic surgeons, long training cycle and high cost in society. Environmental protection: 1. Medical environment-friendly plastic and titanium alloy are selected as materials to reduce environmental pollution and infection risk; 2. No additional hazardous wastes are generated during product processing and assembly, and the impact on human body and environment is minimized. Technology: 1. The surgical instruments and corresponding markers should be encapsulated at one time to ensure no cross infection during the operation; 2. The surface of the product adopts advanced nano-anti-bacteria coating process to reduce the risk of infection.