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OEC Mobile Carm Technology Advances Interventional Imaging Precision

2026-10-27
Latest company news about OEC Mobile Carm Technology Advances Interventional Imaging Precision

In modern interventional procedures, imaging performance directly influences surgical precision and safety. The OEC series mobile C-arm system is designed to provide fluoroscopic and three-dimensional volumetric imaging in the operating room, addressing the need for high clarity and efficiency in complex interventional treatment.

Core imaging and visualization

The OEC mobile C-arm system combines advanced imaging algorithms with hardware configuration to improve intraoperative visualization. During fine guidewire manipulation, the system demonstrates high resolution, clearly presenting 0.014-inch guidewires in thoracic and abdominal regions and 0.008-inch guidewires in peripheral vascular procedures. With a large 4K display, physicians can observe small lesions and device paths with greater precision.

To address common clinical noise interference, the system integrates the enhanced noise reduction, or eNR, software algorithm. The technology automatically reduces image noise by 30 percent, allowing mobile imaging to approach the visual performance of 30 kW high-power fixed-room equipment. This supports cleaner, more detailed image data without increasing radiation dose.

Efficiency and operational flexibility

The system is designed to support long, highly complex interventional procedures through several efficiency-focused features:

  • Live Zoom dynamic magnification: Supports up to 4x digital zoom in fluoroscopy or Cine mode without adjusting radiation dose.
  • Thermal management: Delivers heat dissipation performance intended to maintain stable operation during prolonged continuous procedures and avoid performance declines caused by overheating.
  • Multifunctional integration: Supports multiple configurations, including mobile cone-beam CT, to accommodate different procedural requirements.
Feature Technical detail
Guidewire visualization 0.014-inch thoracic and abdominal; 0.008-inch peripheral vascular
Image noise reduction eNR algorithm reduces noise by 30 percent
Dynamic zoom Live Zoom up to 4x with constant dose
3D imaging OEC 3D provides five fluoroscopic viewing angles

3D reconstruction and clinical applications

The OEC 3D system provides volumetric data from five different viewing angles, producing CT-like imaging results. The accompanying OEC 3D Volume Viewer software allows physicians to perform multi-oblique slicing, region measurement, window width and level adjustment, rotation and zoom, providing imaging support for intraoperative decision-making.

The system is used across a range of interventional treatments, including prostate artery embolization, uterine artery embolization, pelvic congestion syndrome treatment, genicular artery embolization and venous leak embolization.

Frequently Asked Questions

Does the eNR noise reduction algorithm affect image contrast or detail?
No. The algorithm is designed to reduce image noise and improve the signal-to-noise ratio. By reducing noise, the system can make small structures such as fine guidewires more visually prominent, achieving clarity comparable to high-power fixed imaging systems without losing detail needed for clinical diagnosis.
When is the Live Zoom function most useful?
Live Zoom is suited to interventional procedures that require local magnification of a specific lesion. Because radiation dose does not change during zoom, physicians can switch fields of view in fluoroscopy or Cine mode based on real-time procedural needs without additional radiation burden to patients or staff.
What imaging analysis tools does OEC 3D Volume Viewer support?
The software supports multi-oblique slicing, region measurement, window width and level adjustment, and real-time rotation and zoom. These tools are intended to help physicians quickly obtain CT-level anatomical information during procedures.