Mobile C- Arm Imaging System

The Mobile C- Arm Imaging System from Glass Agencies provides real-time X-ray imagination in operating rooms, emergency rooms, and interventional suites, allowing surgeons, radiologists, and medical personnel to visualize the internal anatomy during procedures that do not require travel. The non-static design makes it easy to move around the operating table, allowing for flexible imagination and easy access to several anatomic locations during the maintenance of sterile conditions. The structure has a C-shaped arm which houses the X-ray origin and image intensifier, otherwise flat panel detector, which revolves close to the support in order to take high-resolution photographs from several positions. The digital display provides an immediate visual image of the bone composition, implant, and surgical instrumentation, facilitating precise location, fracture reduction, and intraoperative decision-making. Glass agencies have designed a robust shell, a smooth motion mechanism, and a steady locking system that ensures safe and stable operation during repeated surgical procedures. The mailable base is equipped with a caster wheel with a brake mechanism for a reinforced position, allowing the operator to move the frame with ease even in the herd operating suite. The gradual adjustment of exposure settings, image resolution, and position, which does not disrupt the work flow is made possible by the intuitive customer interface. Radiation safety features such as radio beam collimation, self-regulating exposure direct, and warning index aid ensure patient and staff safety during imagination procedures. A smooth external surface and readily available components make daily cleaning and maintenance easier and help with hospital hygiene procedures to minimize downtime. To create a complete imagination apparatus which can be immediately used in surgical and diagnostic procedures, equipment such as a foot switch, proctor cart, and cable is included. The non-static C-Arm Imaging System, which can be used in a wide range of clinical applications, including orthopaedic surgery, cardiovascular intervention, troubleshooting, and emergency treatment, provides a dynamic 3D image that enhances precision and shortens the procedure time.