Surgical C-Arm System PLX7100A

The Surgical C-Arm System PLX7100A is a state-of-the-art medical imaging device designed specifically for surgical procedures. It combines a C-shaped arm and an imaging system to provide real-time X-ray images during surgery, allowing medical professionals to visualize the patient’s anatomy and make informed decisions.

The PLX7100A C-Arm System offers high-resolution imaging capabilities, delivering detailed X-ray images with exceptional clarity. It utilizes a digital flat-panel detector that captures the X-ray images and provides immediate visualization on a high-resolution monitor, enabling surgeons to have a clear view of the surgical site in real-time.

One of the key advantages of the PLX7100A is its versatility. The C-shaped arm can be easily maneuvered and positioned around the patient to obtain X-ray images from various angles, ensuring comprehensive coverage of the surgical area. This flexibility allows surgeons to visualize and assess the placement of implants, guide catheters, and perform intricate procedures with precision.

The PLX7100A also incorporates advanced imaging features to enhance image quality and optimize workflow. These features may include image enhancement algorithms, noise reduction techniques, and dose management capabilities. By minimizing image artifacts and optimizing radiation dosage, the system helps to improve patient safety and reduce the potential risks associated with radiation exposure.

Furthermore, the PLX7100A is designed with the comfort and safety of the patient in mind. The imaging system is equipped with adjustable patient support features, such as a table or stretcher, to ensure proper positioning and immobilization during the procedure. This helps to minimize patient movement, resulting in sharper and more accurate images.

Overall, the Surgical C-Arm System PLX7100A is a sophisticated and versatile medical imaging device that plays a crucial role in surgical interventions. By providing real-time X-ray imaging, it enables surgeons to perform procedures with precision, enhances patient safety, and contributes to successful surgical outcomes.