PELOVE.Blog

  Perlove Medical Full Frame DR, specialising in scoliosis detection in children and adolescents. Full-frame DR is the preferred imaging method for scoliosis assessment. The high quality full spine X-rays of cervical, thoracic, lumbosacral and pelvic vertebrae can clearly show the bony structures of the entire spine, and can completely assess the curvature of the entire spine, which is an important basis for the diagnosis, assessment and correction of scoliosis, which is very important for the accurate assessment of the disease. Perlove Medical Full Frame DR X-rays with only half of the spine only suggest imaging information of part of the spine, which does not facilitate accurate assessment and judgement by doctors. With P&E Medical’s full-frame DR, a full spine image can be obtained in one exposure. Scoliosis usually requires two films: a full-length orthopantomogram and a full-length lateral spine film. Full-length orthostatic spine film: Cobb’s method is used to measure the lat

  Spine surgical robots are a type of surgical robots that are mainly used to assist in spine surgeries, and their core functions include customising 3D pre-operative protocols, improving the clarity of images of the surgical site, reducing tremor and improving surgical precision, reducing damage to healthy bones and tissues, reducing blood loss, protecting nerves, shortening hospital stays, and speeding up recovery. The composition of an spine surgical robot can be broadly divided into a control system, a positioning and navigation device, a robotic arm device, and a supporting tool set, which are introduced one by one below. Perlove Medical Spinal Surgery Robot (1) Spine surgery robot robot control system This is the core system of spine surgical robots. In addition to the integration of various components, the algorithms involved in the image processing software module, the surgical planning software module, and the robotic arm control module are the core secrets independently resea

  As a necessary equipment in the operating room, C-arm X-ray machine can be used for real-time dynamic imaging during surgery, and is widely used in orthopedics, traumatology, urology, vascular surgery and other fields. With the continuous progress of flat-panel detectors and other technologies, C-arm imaging systems continue to upgrade, the domestic C-arm industry into the fast lane of development. A C-arm X-ray machine equipment is good or bad, depends largely on some of its important parameters.What are the important parameters of C-arm X-ray machine? 1. Size of flat panel detector The larger the size of the flat panel detector, the larger the imaging field of view that can be obtained. 21CM x 21CM flat panel, generally only 3.5 lumbar vertebrae can be imaged. The 30CM x 30CM flat panel detector used in the PLX119C is capable of rendering 5 lumbar vertebrae in one exposure. 2.C-arm opening calibre The opening calibre and arc depth of the C-arm affect the ease of intraoperative acqu

  Mobile bedside DR is a medical device that performs X-rays at the patient’s bedside. This mobile DR device can provide doctors with high-quality images to help them better diagnose and treat patients. However, the continuous working time of a mobile bedside DR is an issue that needs to be considered. If the mobile DR device does not continue to work for a long enough period of time, it will affect the doctor’s performance. Therefore, it is important to ensure the continuous working time of mobile bedside DR. Perlove Medical Mobile Bedside DR Firstly, you need to ensure that the power supply system of the mobile bedside mobile DR is stable and reliable. The power supply system is the basis for the equipment to be able to work properly, and if the power supply is unstable or malfunctions, the equipment will not be able to work continuously. Therefore, the power supply system of the mobile bedside DR needs to be checked and maintained regularly to ensure its normal operation. In additio

  We are delighted to share a momentous update with all our supporters! It is with great honor that we announce the recent visit of a testing laboratory affiliated with the Russian Ministry of Health to Perlove Medical. This significant event marked a comprehensive examination of our medical equipment, spanning from the stages of research, development, production, assembly, quality control, and packaging to the intricacies of our transportation systems. During this visit, our company extended a warm welcome to key department leaders, hosting the esteemed delegation from the International Trade Division's Russian regional team. The occasion was enriched by enlightening presentations and introductions, showcasing our products and highlighting our commitment to excellence. Experts from the Russian Ministry of Health carefully scrutinized our medical devices, meticulously inspecting and rigorously evaluating every aspect. Our X-ray machine product line, including Mobile DR, Fixed DR, a

  C-arm X-ray machines   are a subcategory of medical   X-ray equipment   that is distinguished by its frame shape resembling the letter “C”, as well as the O-arm and G-arm, which are commonly used for real-time dynamic imaging during surgery. The advantage of the G-arm is that it combines two sets of X-ray emission and imaging devices in one, allowing simultaneous front-to-side exposure of the area of interest and real-time front-to-side imaging of the patient; the advantage of the O-arm is that it provides a wider FOV and better image quality; so what are the advantages of the  C-arm  design in clinical applications? C-arm X-ray machine Domestic  C-arm X-ray machine  manufacturer  Perlove Medical  summarizes that the  C-arm  design of  X-ray machine  has the following advantages in clinical applications: 1: 1. High flexibility: The  C-arm  can be freely rotated to achieve different angles of shooting and observation, adapting to various clinical needs. 2. Good stability: The  C-shape

  For   orthopedic surgery , the precision of the procedure is the most important factor affecting safety and effectiveness. For example, the implantation of pedicle screws and joint replacement surgery require precise relative positioning between the surgical instruments and the patient. The nature of bone tissue makes it difficult for physicians to directly observe the position of instruments in the body during orthopedic surgery with the naked eye, so image navigation is required to achieve instrument positioning in orthopedic surgery, even when an orthopedic robot is involved. What are the imaging collocation options for  orthopedic robotic surgery ? They generally include  C-arm , G-arm, O-arm, etc. 1. O rthopedic surgery robot  +  C-arm The  C-arm  emits  X-rays  from one direction to penetrate the body, and then processes them through the  X-ray  receiving and converting device, image processing and analysis system to obtain the required images. This device has the advantages of