In the background of the rapid development of modern medical science and technology, a variety of high-tech equipment for clinical surgery provides more accurate, safe and convenient technical support. Among them, PLX C7600, a high-power flat-panel 3D C-arm produced by Perlove Medical, has undoubtedly become a major breakthrough in the field of respiratory interventional surgery, especially in the biopsy, resection and ablation treatment of lung nodules, showing its unique value. The introduction of this technology not only optimizes the surgical process, but also greatly reduces intraoperative risks, bringing unprecedented benefits to both doctors and patients.
High-power flat-panel 3D C-arm PLX C7600
In the traditional respiratory interventional surgical process, it is usually necessary to be guided and localized in the CT room before the operation, and then transferred to the operating room for thoracoscopic surgery. This transfer process is inevitably accompanied by certain risks, such as pneumothorax, lung hemorrhage, and dislodgment of the guide pins. These risks not only add to the discomfort and complexity for the patient, but also create additional challenges for the surgeon’s operation. However, the application of Perlove’s high-power flat-panel 3D C-arms has brought about a qualitative improvement in all this.
One of the most outstanding advantages of the high-power flat panel 3D C-arm PLX C7600 is the ability to perform 3D image reconstruction of the lungs in one-stop in the operating room. This means that under conditions of stable breathing, the surgeon is able to locate the position of a lung nodule with sub-millimeter precision. This level of precision not only greatly improves the success rate of the procedure, but more importantly, it effectively circumvents important anatomical structures near the puncture path, such as blood vessels and airways, ensuring the safety and effectiveness of the puncture process.
High-power flat-panel 3D C-arm respiratory interventional diagnostic imaging
Another major advantage of using a mobile 3D C-arm is the significant reduction in radiation dose. In the past, high radiation doses have always been a concern for both physicians and patients during procedures. Although radiation has an irreplaceable role to play in medical diagnosis and treatment, too much radiation will undoubtedly cause harm to doctors and patients. Therefore, it is undoubtedly a great improvement to the existing technology to be able to reduce the harm of radiation while ensuring the image quality. Perlove’s high-power flat-panel 3D C-arms fulfill this need by significantly reducing the radiation dose while ensuring high-precision images, making the surgical process safer.
Every technological advancement is an improvement on previous methods, and Perlove’s high-power flat-panel 3D C-arms are no exception. In the field of respiratory interventional surgery, this technology not only simplifies the surgical process and reduces the risk during transit, but also improves the precision and safety of the procedure. More importantly, it has achieved remarkable results in reducing radiation dose, reflecting the human-centered development concept of modern medical technology. With the wide application of such equipment, future respiratory interventional procedures will be more efficient, safer and more humanized, benefiting both patients and doctors.
