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  After 2010, global surgery has entered the robot era one after another, and   many domestic intelligent surgical navigation robot projects   have begun to enter the clinic one after another.   Intelligent surgical navigation robots , whose core functions include precise, customised 3D pre-operative programmes, improved image clarity at the surgical site, reduced tremor and improved surgical precision, reduced damage to healthy bones and tissues, reduced blood loss, protection of the nerves, shorter hospital stays and faster recovery. In the field of orthopaedics, the answer to the question is becoming clearer with the gradual spread of intelligent surgical navigation robots. Relying on 20 years of deep ploughing in the field of medical imaging, Nanjing Perlove Medical launched the “ PL300B spinal surgery navigation and positioning system “, which aroused widespread concern in the market.   Intelligent surgical navigation robot how to reduce the risk of surgery, PL300B gives its own a

  With the progress and combination of medical imaging technology and   precision machinery technology , more and more surgical navigation and positioning robots are beginning to enter the operating theatre of hospitals, either to assist in surgery or positioning.   Perlove Medical surgical navigation and positioning robot , through the combination of computer and robotic arm, assists the doctor to establish a three-dimensional precision vision, guides   the doctor to find a suitable surgical pathway more accurately and quickly , and effectively shortens the surgical operation time, so that the patient’s surgical trauma is smaller, the recovery is faster, and the therapeutic effect is better. How does the Surgical Navigation and Positioning Robot perform surgery in a hospital? Surgical navigation and positioning robot mainly uses in vitro laser positioning technology to effectively combine the medical image processing assistance system, robot and surgeon to achieve preoperative simulat

  X-ray ,   CT   and   MRI   are the three major   “Key Instruments”   in the radiology department of a hospital. As a healthcare professional, I am often asked these questions: MRI is the most expensive and is it the clearest examination?   Why is it necessary to do CT after X-ray,   and then finally recommended to do an MRI? Wouldn’t it be better to do MRI directly? Is the radiation level of these three kinds of examinations high and are they harmful to the body? First. X-ray (roentgen rays) X-ray examination has been used in medicine for about 100 years, belonging to the “oldest” in the imaging industry. x-ray through the human body, due to the absorption of different processes by the body, such as the amount of x-rays absorbed by the bones than the amount absorbed by the muscles, and thus shows a different density of shadows, leaving shades of black and white, equivalent to a plane photo of the internal body. This is equivalent to taking a flat picture of the inside of the body. Ho

  In recent years, with the rapid development of medical technology level,   robot-assisted surgery , as an emerging surgical method, has been frequently applied in many surgical fields. According to the clinical application areas,  surgical robots   can be divided into laparoscopic, orthopedic, pan-vascular, trans-natural lumen, percutaneous puncture robots, etc., and the first two types of products are the most mature. So, what are the benefits of surgical robots doing surgery for patients? First of all, it is necessary to clarify the  robotic surgery , the robot is still doing auxiliary operations in the operation, preoperative based on  three-dimensional C-shaped arm  and other imaging scans to get the three-dimensional data of the skeletal structure, surgical robotic system using surgical planning software, guide the doctor to visualize the pre-surgical planning (nail path planning, into the nail angle), select the appropriate screw specifications, size, assist in the assessment a

  Are   orthopedic surgery robots  and   surgical robots   the same, and what is the difference between the two? The following   orthopedic surgical robot   manufacturer PUAI Medical to answer your questions. Definition and classification of  surgical robots : Surgical robots  are new medical device products that assist doctors in realizing precise control of surgical instruments. According to the application scenarios of clinical medicine,  surgical robots  can be divided into laparoscopic  surgical robots ,  orthopedic surgical robots , pan-vascular  surgical robots ,  trans-natural lumen surgical robots , percutaneous puncture  surgical robots and neurosurgical robots . We usually refer to several  surgical robots  other than  orthopedic surgical robots  as  surgical robots , or major  surgical robots . Orthopedic surgical robot PL300B  at work Orthopedic surgical robots  are mainly used for spine, knee and hip joint prosthesis replacement and repair surgery, its role is to plan the