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  How to buy a high-performance digital gastrointestinal X-ray machine? It is recommended to refer to the “Domestic Medical Equipment Product Selection Catalog” issued by professional organizations. In October 2023, China Medical Equipment Association issued a “Letter on the Publication of the Ninth Batch of Excellent Domestic Medical Equipment Product Selection Catalog”, which selected 125 medical equipment enterprises and 422 products for 51 types of medical equipment. Among them, there is a digital gastrointestinal X-ray machine this product type, and the PLD9600D digital gastrointestinal X-ray machine developed and produced by Prudential was successfully selected, the following to understand what this product is excellent in. The ninth batch of excellent domestic medical equipment catalog PLD9600D  is a multifunctional dynamic flat-panel  DRF , which can be applied to a variety of clinical X-ray examination fields such as DR photography, digital fluoroscopy, digital imaging and vis

  Orthopedic surgical robots and laparoscopic surgical robots both belong to medical surgical robots, and they are divided according to the surgical site. Orthopedic surgical robots are used to assist in orthopedic surgeries such as joint replacement surgery and spine surgery. Orthopedic surgical robots provide better imaging of the surgical area, less damage to healthy bone and faster recovery. Laparoscopic surgical robots can perform a wide range of surgical procedures such as urological, gynecological, thoracic and general surgery. The scope allows the surgeon’s vision to extend into the patient’s body, while the robotic arm mimics his or her hands to hold and direct the scope and the procedure. In addition, orthopedic surgery robots and laparoscopic surgery robots are differentiated by their clinical applicability. da Vinci Lumpectomy Robot Luminal surgical robots mainly solve the problem of surgical precision, represented by the da Vinci surgical robot, which is a set of robotic s

  C-arm   X-ray machine commonly known as C-arm machine, according to the different core components of the imaging system, it is divided into flat panel detector C-arm machine and image intensifier C-arm machine. In recent years, with the growing maturity of flat panel detector technology, flat panel C-arm has gradually become the mainstream products in the current C-arm market. Many hospitals in the procurement of C-arm equipment, will tend to choose a large flat-panel C-arm machine, so what are the advantages of a large flat-panel C-arm machine? Nanjing Perlove this year launched the integration of large flat C-arm machine  PLX119C  as an example, this is an orthopedic large flat mobile C-arm X-ray machine, configured with a 30CM × 30CM amorphous silicon large flat plate, it has the following advantages: Wider field of view What are the advantages of a large flat panel C-arm machine (take the large flat panel C-arm machine PLX119C as an example) Intraoperative imaging with a large fi

  Small C-arm, also known as C-arm X-ray machine, orthopedic C-arm, is an X-ray imaging device with a C-shaped frame, which is used for real-time dynamic imaging in surgery. When it comes to flat panel small C-arm, most of the impression is clear image, motorized control, large opening and wide space, high face value and so on. Indeed, the flat-panel small C-arm has unique advantages compared with the traditional small C-arm. Next, let’s take a look at what advantages the flat panel small C arm has. Flat panel small C arm The era of shadow-enhanced small C is about to pass, and the flat panel small C-arm has become the necessary equipment for orthopedic operating room. Perlove medical PLX118WF series mobile flat plate C-arm X-ray machine is the representative brand of domestic flat plate small C. Its all-electric motion frame, intelligent algorithm of high-definition images and ultra-low radiation dose is the necessary equipment for the coverage of grassroots hospitals with new digital

  Endoscopic Retrograde Cholangiopancreatography (ERCP)   stands as a pivotal procedure in the realm of interventional endoscopy, evolving from a mere diagnostic tool to a comprehensive therapeutic approach. At the heart of ERCP lies the synergy between endoscopy and cutting-edge technology, notably the   ERCP-specific C-arm X-ray machine . Let’s delve into the intricacies of this transformative procedure, exploring its diagnostic equipment, consumables, and the imperative need for specialized training. Diagnostic Equipment and Consumables: A proficient ERCP setup demands meticulous arrangement of diagnostic equipment and consumables. The cornerstone of the operation room is  the ERCP-specialized C-arm X-ray machine , such as the  PLX7100A , renowned for its maneuverability and imaging precision. This device, with its versatile C-shaped arm and flat panel detector, facilitates optimal projection angles and imaging clarity essential for intricate interventions. Moreover, an array of aux

  For orthopedic diseases such as scoliosis, osteoarthritis, etc., DR examination is often needed as the main basis for diagnosis and treatment of lesions. It is important to take a full spine X-ray image including cervical, thoracic, and lumbar vertebrae in order to assess the status of the spine. X-rays of only half of the spine will only show part of the spine, which is not convenient for the doctor to make a judgment. DR commonly used flat-panel detector specifications are mostly 17×17 inches (about 43×43 cm), while the normal length of the whole spine in adults is about 60 cm, and the whole lower limbs are even longer, so the conventional DR can not show the whole shape of the whole spine and the whole lower limbs. Large flat-panel DR for whole spine imaging In order to realize the effect of full  spine imaging by DR , the industry mostly adopts DR equipment with the function of automatic splicing of long bones, i.e., several overlapping images are spliced together to form a large

  Robots are increasingly being developed for use in surgical procedures to help surgeons provide greater precision, especially during surgical procedures that require fine movements that may be beyond the range of a human hand. In addition, robots enable surgeons to provide greater accuracy and repeatability with the goal of achieving better outcomes. Orthopedic surgical robots are a class of surgical robots subdivided into three main types of surgeries where orthopedic surgical robots are used, i.e., joint replacement surgeries, spine surgeries, and orthopedic trauma surgeries. Among them, robot-assisted spine surgery is an important application of orthopedic surgical robots. In traditional surgery, a needle is inserted into each vertebra, and fluoroscopy is used to confirm whether the position is good or not, and then the needle is taken out to hit the screws. This way down, the first is more time-consuming; secondly, there will be deviation in beating with bare hands. In addition,