Designed for a wide range of clinical environments, including orthopedics, neurosurgery, pain management, and emergency rooms, the mobile C-arm delivers powerful and reliable imaging performance. Its high-frequency generator provides stable output and produces sharp and detailed images at a low radiation dose, giving surgeons a smoother and more intuitive intraoperative experience.

A high-performance amorphous silicon flat-panel detector forms the core of the imaging system. The twenty-one by twenty-one centimeter sensor uses direct deposition cesium iodide technology to achieve excellent low-dose image quality at frame rates of up to thirty frames per second. Whether supporting orthopedic fixation, spinal procedures, vascular interventions, or general surgical workflows, the detector provides the clarity and precision required for confident real-time decision-making.

Integrated into a mobile fluoroscopic platform, the system achieves a balance of imaging detail, dose efficiency, and operational simplicity, making it a strong choice for operating rooms that depend on fast and accurate visualization during surgery.

• Flexibility and ease of operation
  The split-design C-arm offers excellent maneuverability, allowing it to adapt smoothly to different surgical environments and complex procedural requirements. The workstation includes a medical-grade display and a foot-operated exposure control, enabling clinicians to operate the system from various positions with greater efficiency.
• Enhanced safety and stable performance
  Separating the imaging unit from the main console helps reduce unnecessary radiation exposure for the surgical team. This structural layout also contributes to safer operation and more reliable imaging performance throughout the procedure.
• Broad functionality for multiple applications
  Beyond routine clinical surgery, the split C-arm configuration also supports teaching, research, and other specialized scenarios, making it suitable for institutions with diverse imaging needs.
• Easy maintenance and upgrade capability
  Thanks to its modular split architecture, routine servicing and component upgrades can be performed more easily. This design reduces downtime and minimizes the impact of equipment failures on surgical schedules.

• The high-frequency generator produces stable, high-quality hard X-rays with strong penetration, ensuring clear imaging during a wide range of surgical procedures.
• The 21 × 21 cm flat panel detector provides a larger imaging area compared with an image intensifier, offering broader clinical coverage.
• The a-Si CsI flat panel detector delivers high density and high spatial resolution, helping surgeons achieve precise intraoperative visualization.
• A durable oil-cooled, heat-resistant X-ray tube supports extended fluoroscopy time and meets the demands of long surgical procedures.
• A three-monitor configuration, including one 23-inch screen and two 19-inch Dell medical displays, presents real-time imaging alongside reference views, speeding up clinical decision-making.
• The microcomputer control system integrates automatic self-diagnostics and multiple protection mechanisms to maintain stable operation.
• The modular system design provides error code prompts and a reset function for easier troubleshooting and maintenance.
• The dual CPU control architecture enhances system stability and operational safety during continuous use.
• The large C-arm opening offers ample working space and improves efficiency in the operating environment.
• Multiple exposure control options, including a hand switch, foot switch, and remote controller, allow imaging to be performed inside or outside the operating theatre. DICOM 3.0 PACS compatibility ensures seamless image transmission, reception, and printing.