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  Surgical robots   were once known as technological innovations at the tip of the knife. With the help of consoles, imaging systems and robotic arms, it assists doctors in minimally invasive surgery in the form of precise control to complete complex surgeries. Compared with open surgery and traditional minimally invasive surgery, it has a number of advantages: first, the surgical robot effectively reduces the area of surgical wound trauma, making the patient’s post-operative recovery faster and reducing the incidence of post-operative complications; second, the surgical robot’s flexible robotic arm improves surgical precision and ensures the stability of surgical results; finally, the surgical robot reduces the surgeon’s physical exertion, shortens the surgeon’s learning curve, and also reduces the patient’s radiation exposure. Surgical robots can be categorized into orthopedic surgical robots, neurosurgical surgical robots, vascular intervention robots and endoscopic surgical robots.

  Three-dimensional c-arm   and ordinary c-arm what is the difference? The following domestic c-arm manufacturer “PUAI medical” for you to answer this question. The full name of the c-arm is C-arm X-ray machine, which belongs to the class of X-ray photographic medical equipment, used for real-time dynamic imaging in surgery. It is called c-arm because the shape of its frame is a “C” shape, as shown in the figure below. A 3D c-arm, also known as a 3D c-arm, is a c-arm with 3D CT imaging capabilities, whereas a regular c-arm has only 2D CT imaging capabilities. Features of 3D c-arms: Three-dimensional c-arm, also known as orthopedic three-dimensional c-arm machine, is mainly used in orthopedics, surgery, orthopedic surgery, spine surgery, abdominal surgery and so on. The 3D c-arm combines the traditional two-dimensional and “CT-like mode”, which can quickly generate cross-sectional, sagittal, coronal tomographic images and three-dimensional stereoscopic images during the operation. Throu

 What is an intraoperative c-arm machine, is an intraoperative c-arm machine far away from us, in fact it is very close to our lives.With the development of science and technology level, patients’ demand for doctors is increasing, and so is the demand for surgical risk and rapid recovery, which not only requires doctors to have rich theoretical knowledge and excellent technical level, but also needs the support of powerful medical equipment. Intraoperative C-arm machine, also known as three-dimensional C-arm, can capture three-dimensional images intraoperatively, and can quickly generate cross-sectional, sagittal, coronal tomographic images and three-dimensional stereoscopic images during the operation, which can provide the operator with a more complete observation angle and accurately judge the condition of the bone tissues and implants. For example, the PLX7500 series flat-panel 3D C-arm from Perlove Medical can automatically rotate continuously by 190°, acquire 100 or 380 frames by

 With the traditional surgical method using incision and repositioning percutaneous pedicle root nail rod system internal fixation, with the development of minimally invasive technology of intelligent spinal navigation robot, a part of thoracolumbar vertebral fracture can be used in postural repositioning percutaneous pedicle root nail rod system internal fixation. But have you ever heard of using an intelligent spinal navigation robot to complete this fracture surgery? Intelligent Spine Navigator Robot Assisted Surgery As the second lifeline of the human body, the spine shoulders the central axis of the human torso, the hub of nerve conduction, surrounded by complex nerves and blood vessels, and its high complexity and risk of clinical surgery puts forward higher requirements for surgical equipment, operator experience and operating techniques. In traditional surgical procedures, the “blind spot” can pose potential safety risks in spinal surgery and lead to postoperative complications

  Fracture diagnosis mainly relies on   digital dynamic DR  technology, which has more obvious advantages in fracture diagnosis than conventional DR with limited 2D imaging. Digital Dynamic DR Advantages of  digital dynamic DR  in fracture diagnosis First of all, digital dynamic DR is not only capable of conventional static photography, but also has the function of visualization operation. Through dynamic fluoroscopy and real-time high-definition spotting, it can capture the changes of the joints in the process of movement, helping doctors to observe the mobility and stability of the joints, so as to judge the fracture more accurately. Meanwhile, it can also perform multi-angle observation during fluoroscopy. With images from different angles, doctors can more accurately analyze the location, degree and shape of the fracture, obtain more comprehensive information about the fracture, and avoid misdiagnosis due to omission caused by single-angle photography. Fracture X-ray Secondly, the

  What is scoliosis? Scoliosis refers to a condition in which one or more segments of the spine deviate   from the midline of the body in the coronal plane and curve to the side, which can lead to spinal deformities. Medical research suggests that   scoliosis is most common in the cervical and thoracic spine , but can also occur in the lower back alone. Clinical studies have shown that scoliosis is   most common in adolescents and has been increasing in adults in recent years.   When scoliosis occurs, clinical intervention is needed to prevent it from affecting health. Clinical treatment for scoliosis patients includes both surgical and non-surgical treatments . Surgical treatment is performed for patients with a Cobb angle of 40° and for those who do not have satisfactory results from non-surgical treatments. In the process of treating scoliosis patients, accurate diagnosis is crucial, and commonly used clinical diagnostic methods  include CT diagnosis and MRI examination , etc. Howev

  In recent years, robots are not only used in industry, agriculture and other fields, the application in the medical field is also increasingly widespread, and has become a hotspot of attention in the medical industry. At present, the field of surgical robots mainly includes orthopedic surgical robots, neurosurgical robots, vascular intervention robots, laparoscopic surgical robots and so on. Traditional surgery is a doctor’s treatment of a patient’s body lesions with medical devices such as excision and suture. Knives, scissors, needles and other instruments are used to operate locally in the human body to remove diseased tissues, repair injuries, transplant organs, and improve function and form. Precision, minimally invasive surgery has become the goal of the current surgical pursuit, with the development of surgical robotics technology, even complex surgical scenarios, with the cooperation of the doctor, surgical robots can also complete the task. Compared with traditional surgery,

  Surgical robots   originated in the 1980s, and after decades of development, they are now widely used in general surgery, urology, cardiovascular surgery and many other fields. One of the significance of the existence of surgical robots is to directly expand the ability of surgery, with the help of minimally invasive surgery and related underlying technology, can be from the visual, auditory and tactile to provide support for the surgeon to carry out surgical operations, applicable to minimally invasive surgical field higher than the human ability to realize the precise control of surgical instruments. What kind of surgery can a surgical robot do? Different types of surgical robots have their own strengths, the following will be introduced from the clinical field in the high degree of participation in the cavity surgical robot, orthopedic surgical robot, pan-vascular surgical robot, through the natural cavity surgical robot and percutaneous puncture surgical robot. What kind of surge