Clear intraoperative imaging that supports precision and confidence in surgery.
The Arcadis Orbic X-Ray System is a mobile C-arm imaging solution designed for surgical and interventional procedures. It provides clear, real-time X-ray images to support accurate decision-making in the operating room.
The Arcadis Orbic X-Ray System is a versatile mobile imaging system built to meet the demands of modern surgical environments. It delivers high-quality fluoroscopic and radiographic images, helping surgeons visualize anatomy clearly during procedures.
Designed for flexibility and ease of movement, the system can be easily positioned around the operating table. Its intuitive controls and advanced imaging technology allow medical teams to focus on the procedure without workflow interruptions.
Arcadis Orbic supports a wide range of clinical applications, from orthopedic surgeries to pain management procedures. With reliable image quality and smooth operation, it is a trusted solution for hospitals and surgical centers that require consistent intraoperative imaging.
Key Features
The Arcadis Orbic X-Ray System is commonly used in:
1. What type of system is Arcadis Orbic?
It is a mobile C-arm X-ray system used for real-time surgical imaging.
2. Is it suitable for orthopedic procedures?
Yes, it is widely used for orthopedic and trauma-related surgeries.
3. Can the system be moved easily inside the operating room?
Yes, its mobile design allows smooth movement and flexible positioning.
4. Does it support real-time imaging?
Yes, it provides live fluoroscopy imaging during procedures.
5. Is the system user-friendly for medical staff?
Yes, it features an intuitive interface and simple controls.
6. Can it be used for pain management procedures?
Yes, it is commonly used in pain management and minimally invasive procedures.
7. Is Arcadis Orbic suitable for high-volume hospitals?
Yes, it is designed for consistent performance in busy surgical environments.
8. Does the system help reduce repeat scans?
Yes, clear and stable imaging helps reduce the need for retakes.
