Surgical C-Arm System PLX118C

The Surgical C-Arm System PLX118C is a sophisticated medical imaging device specifically designed for surgical procedures. It combines high-resolution X-ray imaging with real-time fluoroscopy capabilities to provide surgeons and medical professionals with detailed visualization during various interventions.

The PLX118C features a C-shaped arm that can be positioned around the patient, allowing for flexible imaging angles and easy maneuverability. This arm houses an X-ray tube on one end and an image detector on the other. The X-ray tube emits a controlled beam of X-rays that passes through the patient’s body, while the image detector captures the resulting X-ray images or fluoroscopic sequences.

One of the key advantages of the PLX118C is its real-time fluoroscopy feature. Fluoroscopy involves capturing a continuous X-ray image and displaying it on a monitor, enabling medical professionals to monitor the progress of procedures, such as guiding the placement of surgical instruments or implants, injecting contrast agents, or performing minimally invasive interventions.

The system is equipped with advanced image processing software that enhances the quality and clarity of the X-ray images, providing optimal visualization of anatomical structures. It offers a range of imaging modes and image manipulation tools, allowing medical personnel to adjust contrast, brightness, and zoom for precise image interpretation.

Furthermore, the PLX118C incorporates radiation dose management mechanisms to ensure patient safety. It employs pulsed X-ray technology, which minimizes the radiation exposure while maintaining image quality. Additionally, it offers dose monitoring and control features that allow medical professionals to track and limit the amount of radiation delivered to the patient.

The Surgical C-Arm System PLX118C is an indispensable tool in various surgical specialties, including orthopedics, cardiology, vascular surgery, urology, and neurology. Its ability to provide real-time imaging guidance enhances surgical accuracy, reduces procedure time, and improves patient outcomes.