Perlove Medical

  The intraoperative 3D navigation C-arm not only brings a new clinical experience for physicians and improves surgical precision, but also generates "CT-like" tomographic images to assist in the intraoperative confirmation of surgical results, which can greatly shorten the patient's hospital stay and postoperative recovery period. Intraoperative 3D navigation C-arm is gradually becoming an indispensable tool in all kinds of spine surgery and even joint and trauma surgery. Intraoperative 3D navigation C-arm surgery scen e   Clinical case of intraoperative 3D navigation C-arm of Perlove Medical   Case 1 Patient: female, 73 years old Procedure: thoracolumbar intervertebral fusion + laminar decompression + canal enlargement + spinal cord and nerve root adhesion release   Two years ago, the patient presented with numbness of the skin on the left side of the thoracic back with a feeling of banding, numbness of the skin on the left upper arm, denial of muscle weakness, and CT o

  Steps to Create a 3D Image 01 A right operation table 02 Patient positioning 03 Use exposure protection 04 Set up the C-arm 05 Positioning in the isocenter with laser 06 Parameter setting 07 Collision check 08 Start the scan with footswitch lntraoperative 3D Confirms Your Results lntraoperative 3D imaging Intraoperative 3D imaging and CT-like imaging provides precise information from every angle during the surgical procedures—-pinpoint anatomical structures, implants and screws more confidently. Large volume of 3D imaging Delivers a 3D image covering a volume of a vertical cylinder  more information would be seen in one volume: ● Seven cervical vertebrae ● Seven thoracic vertebrae ● Five lumbar vertebra ● Bilateral iliosacral joints ● Femur head and unilateral pelvis More efficient workflow Intuitive intraoperative 3D evaluation avoids unnecessary postoperative CT scans and corrective surgery, saving time and costs. Complete 3D scan With iso-centric scan technology, orbital movement

  Spinal disorders are lesions of the bones, discs, ligaments, and muscles of the spine. Worldwide, the number of people suffering from spinal disorders is increasing year by year and is trending towards a younger age. Cervical spondylosis, frozen shoulder, lumbar disc herniation, sciatica, scoliosis, ankylosing spondylitis and other skeletal disorders are related to spinal malformations, of which more than half of the incidence of scoliosis for adolescents, becoming the third major "killer" of children and adolescents' health after obesity, myopia. Scoliosis not only affects the body shape, serious scoliosis will also affect bone growth and body development, and even affect the internal organs, as well as the possible compression of the nerves near the spine and cause pain.   Generally speaking, conventional radiography is the simplest, most cost-effective and quickest way to evaluate a normal spine or traumatic spinal lesions, providing a complete picture of the skeleta

  In recent years, with the development of imaging technology, 3D   C-arm, G-arm and O-arm have been successively applied to orthopedic surgeries. Doctors can accurately understand the displacement of fractures without incision, which provides necessary conditions for minimally invasive orthopedic surgeries.   What are the advantages of 3D C-arm compared with G-arm and O-arm?   G-arm, also known as G-arm X-ray machine. Two sets of X-ray emission and imaging devices are integrated to generate X-ray from two mutually perpendicular directions and penetrate the human body. Through image intensifier and computer image processing, positive and lateral exposure imaging can be performed on the focus at the same time, and the patient's positive and lateral medical images can be obtained in real time. It can judge both the position and the depth, increase the accuracy of the operation, reduce the operation time and the X-ray radiation.   The O-arm, the full name is the O-arm 3D intraoperativ

  Science and technology have been developing all the time, and various new technologies and new products are also on the market. The technology of X-ray machine is also constantly improving, from the traditional X-ray machine to the CR of indirect digital imaging, to the DR of direct imaging, to the dynamic DR of both dynamic and static, to the multi-functional dynamic DRF. There are more and more kinds and functions, and the scope of clinical application is more and more extensive. Dynamic DRF has the advantage of "versatile" in clinical practice and is recognized by many radiologists. However, the industry's dynamic flat panel DRF is "hard to distinguish between true and false". What configuration and function is the dynamic flat panel DRF that radiologists really want? Each doctor may have different opinions on this issue.   What kind of dynamic tablet DRF does the doctor want? After communicating with several radiologists, they thought they should have thes

  Recently, the Second Affiliated Hospital of Nanjing Medical University successfully performed minimally visible spine surgery on an 81-year-old female with a thoracic spine (T12) compression fracture with the assistance of Perlove Medical's orthopedic surgery robot and close collaboration among team members. Director Wang Boyao exclaimed, "The precise positioning of thoracic spine fractures is a crucial factor affecting the surgical outcome. Traditional surgery requires the surgeon's extensive surgical experience, but with the assistance of robotic navigation, we can control the error to less than 0.7 mm, making the surgery more precise and efficient." After being positioned by robot, doctors inserted the screws   Case: Robot-assisted percutaneous vertebral body balloon dilatation angioplasty Unit: The Second Affiliated Hospital of Nanjing Medical University Patient's age: 81 years old Patient's gender: female Admission diagnosis: thoracic compression fractu

  Esophageal cancer, also called esophageal cancer, is a malignant tumor occurring in the epithelial tissue of the esophagus, accounting for 2% of all malignant tumors, and approximately 220,000 people die from esophageal cancer worldwide each year. China is the country with high incidence of esophageal cancer in the world and one of the countries with high mortality rate of esophageal cancer in the world. Esophagogram is the basic examination method for esophageal lesions, which can detect the characteristic changes of esophageal cancer - interruption and destruction of esophageal mucosa, and patients often feel dysphagia, and this feature is the most common in clinical practice and typical manifestation of early esophageal cancer. The general accompanying features include filling defect of the wall, niche shadow, soft tissue mass shadow, narrowing of esophageal lumen, etc. Why is dynamic DR used in esophagography?  Dynamic DR Dynamic DR rectangular acquisition area is large, no need

  In recent years, with the rapid development of medical technology level, robotic surgery as an emerging surgical modality is frequently used in many surgical fields. So, what are the benefits of robotic surgery for patients? First, it needs to be clear that robotic surgery. The robot is doing auxiliary operation in the operation. Preoperatively, based on the 3D C-arm and other imaging scans to get the 3D data of the skeletal structure, the robotic surgery system uses the surgical planning software to guide the surgeon to make visual pre-surgical planning (nail path planning, nail entry angle), select the appropriate screw specifications and sizes, assist in the evaluation and timely adjustment of the surgical path planning design, and the whole operation is carried out under the control of the main surgeon The entire operation is performed under the control of the surgeon. The robotic surgery system is not only reliable, but also enhances the safety of the surgery, the accuracy of th