A C-Arm is a mobile fluoroscopy imaging system that provides real-time X-ray visualization during surgical and interventional procedures. Its signature C-shaped arm allows clinicians to position the X-ray tube and detector around the patient without repositioning them, making it ideal for orthopedics, pain management, vascular procedures, GI, and trauma cases. Leading C-Arm brands such as GE OEC, Siemens, Philips, and Ziehm are widely used in hospitals and surgery centers for their reliability, clarity, and maneuverability.

Standard C-Arms are larger, more powerful systems designed for full-body imaging, offering higher generator output, larger detectors, and advanced fluoroscopy modes suitable for orthopedics, vascular procedures, pain management, and general surgery. Mini C-Arms, by contrast, are compact, lower-dose units specifically built for imaging extremities such as hands, wrists, elbows, feet, and ankles. They are ideal for orthopedic clinics, sports medicine practices, and outpatient centers that focus on extremity work. While systems like the GE OEC 9800 or Ziehm Vision are commonly used for full surgical imaging, mini C-Arms such as Orthoscan and Hologic Fluoroscan are purpose-built for fast, efficient extremity imaging.

When choosing a C-Arm, it’s important to evaluate detector or image intensifier size, generator power, image clarity, and dose management capabilities to ensure the system supports your clinical demands. Storage and connectivity features, such as onboard image archiving, DICOM compatibility, and integration with PACS, can significantly improve workflow efficiency. Maneuverability, including ease of steering, orbital movement, and overall footprint, affects how smoothly the system performs in a crowded OR. You should also consider procedure types, room dimensions, electrical requirements, and brand reputation. Units from GE OEC, Siemens, Philips, and Ziehm provide varying levels of image quality and ergonomics depending on the needs of the facility.

Refurbished C-Arms can be an excellent investment when purchased from a certified medical equipment provider. Professionally restored systems such as the GE OEC 9800 or 9900, Siemens Arcadis, or Philips BV Pulsera can deliver performance and reliability comparable to new units at a significantly lower cost. Refurbished systems undergo comprehensive testing, calibration, and cosmetic restoration to ensure clinical readiness. New C-Arms offer the most advanced flat-panel detectors, improved low-dose technology, and modern software, but the price difference is substantial. Many outpatient centers, ASCs, and private practices choose refurbished systems to balance high image quality with budget efficiency.

C-Arms should receive at least annual preventive maintenance that includes mechanical inspection, calibration, and image quality checks to meet safety and radiation standards. High-volume ORs or pain clinics may benefit from more frequent service visits to minimize downtime and catch issues early. Regular maintenance helps extend system life and preserve consistent image quality.