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  What is spine surgical navigation system? spine surgical navigation system, also known as an orthopedic surgery navigation and positioning system. It consists of a mainframe, robotic arm, surgical planning and control software, optical tracking system, master dolly and navigation and positioning toolkit, and is mainly used to complete the positioning of surgical instruments or implants in open or percutaneous surgery in spine surgery and trauma orthopedics with the assistance of a robotic arm. In orthopedic surgery robot-assisted orthopedic surgery, the surgeon scans the 3D body information of the patient into the computer through fluoroscopy or scanning. Once the system is automatically matched, the patient’s skeletal tissue can be seen and the surgeon can choose the appropriate path to avoid the patient’s vital tissue areas. After confirming the surgical path, the robot can accurately move to the place with sub-millimeter precision error through navigation technology and robotic ar

  In recent years, the incidence of orthopaedic-related diseases has been increasing in line with the ageing of society. How to improve the quality of orthopaedic surgery while maintaining the quantity of surgery has become a key issue for the orthopaedic industry. As a result, orthopaedic surgery robots have been created. In contrast to traditional orthopaedic surgery, which is susceptible to factors such as patient positioning, accuracy of surgical instrument control, personal experience and fatigue of the surgeon, which affect the success rate and reliability of the surgery, the orthopaedic surgery robot can perform automatically or passively at the operator’s command, and the mechanical arm positioning replaces the operator’s bare hand positioning, improving stability and accuracy. Especially for highly sophisticated orthopaedic procedures such as scoliosis, the orthopaedic surgery robot digitally empowers the surgeon’s “hands” (robotic arm), “eyes” (navigation) and “brain” (intell

  What Is A C-arm X-Ray Machine And How Does It Work? A  C-arm X-ray machine  is a medical imaging machine based on X-ray tech and can be used flexibly in different ORs within any medical clinic or hospital. The device adopted the name because of its general appearance of a C-shaped arm that connects the X-ray detector and the x-ray source. The typical composition of a mobile C-arm is a generator and an image intensifier or flat panel detector. The C-connection enables movement at all directions, thus producing an image of the patient from nearly every angle. The generator emits X-rays that pass through the patient’s body, and an image intensifier or detector captures the X-rays and turns them into a visible image for display on a C-arm monitor. Doctors can recognize and examine details on the images, such as bone structure, blood flow and various other images often taken with X-rays. What Are The Components Of A C-arm System? A mobile C-arm machine usually consists of three parts. x-r

  Orthopedic robotics has become one of the hot topics in the development of orthopedic field. Modern people are prone to damage to the spine and periapical region due to long hours of ambulation and improper posture. Once the damage to the spine is caused by accidents, diseases, aging, etc., surgical treatment is required. The orthopedic robot is a powerful helper for spine surgery, which can help doctors to complete the surgery better. The core features of the PPCI orthopedic surgery robot for multi-segment spine surgery include accurate and customized 3D preoperative planning, improved image clarity at the surgical site, reduced tremors and increased surgical precision, reduced damage to healthy bone and tissue, reduced blood loss, shorter hospital stays and faster recovery, and reduced intraoperative fluoroscopy (X-rays) to reduce radiation. The positioning of surgical instruments is accomplished with the assistance of the robotic arm, which consists of a six-degree-of-freedom robo

  C-arm machines   are used for various hospital operations such as surgical, orthopaedic and cardiovascular services. If you need a C-arm in your medical facility, you need to choose quality C-arm machines that will help you do those procedures easily and ensure that you produce the right results for the patients. You need to search well to know the best C-arm to purchase, given that there are many brands that you can buy. One of the considerations you will make when buying a C-arm is the price. The price of a C-arm machine range from 20,000 to 250,000 dollars. You should therefore have a budget to ensure you spend according to your plans. But what affects the price of C-arm machines? Factors Affecting the Price of the C-arm system There are different aspects that determine the price of a C-arm machine. Let’s look at some of them; The Models of the C-arm There are different models of C-arm systems on the market and each model is unique. This uniqueness is an important factor that dist

  Radiation safety in medical imaging is crucial for patients being scanned and technicians or physicians in the vicinity of the equipment. Exposure to radiation in fluoroscopy equipment such as   C-arms  comes from two primary sources; Scatter – radiation that bounces off the patient Leakage – radiation coming from the X-ray tube How Does a C-Arm X-Ray Machine Work? After the generator emits X-rays, they penetrate the body, and the image intensifier converts the X-rays into an image. The image is displayed on the monitor to help a physician diagnose and treat the patient’s condition. The C-arm x-ray machine can move vertically, horizontally, and around the axes, enabling technicians to easily capture an image from all angles. Scatter radiation is considered more prevalent and should be minimized by all means possible. Technicians and physicians in radiography or medical imaging fields can rely on the following tips to protect against radiation: i. Distance One of the common errors tec