The mobile C-arm is the workhorse fluoroscopic device in most surgical environments. From orthopaedic trauma nailing to spinal injections and vascular access confirmation, it provides real-time anatomical visualisation that drives procedural accuracy. Selecting the right system for your suite requires understanding the specific procedural mix you are supporting.
Image intensifier vs flat panel detector
Traditional image intensifier (II) C-arms are the most common in the refurbished market and offer excellent cost-effectiveness for standard orthopaedic and pain management applications. Flat panel detector (FPD) C-arms provide superior image uniformity, lower dose, pulse fluoroscopy capability, and compatibility with 3D reconstruction — they are preferred for vascular, cardiac, and complex spinal procedures.
Generator power and orbital range
Higher generator power (15–20 kW) is needed for larger patients and lateral hip or spine projections. C-arm orbital range (how far the arm rotates) determines whether specific anatomical angles are achievable. Confirm that the orbital travel matches the procedures planned.
Radiation dose management
Modern C-arms include automatic brightness control, last image hold, and pulsed fluoroscopy. These features meaningfully reduce occupational dose for surgical teams spending long procedure times in the room. For high-volume fluoroscopy use, this is a significant clinical and regulatory consideration.
Refurbished C-arms
The refurbished C-arm market is one of the most mature segments of the secondary medical device sector. Well-serviced OEC, Philips BV, and Siemens Arcadis systems have long service lives and excellent secondary parts support. Image intensifier life is the primary variable — ask for tube age and count history on any used or refurbished C-arm.