Angiography displays (hybrid operating rooms) - ITCO MED

Displays for angiography
(hybrid operating rooms)

Transforming Healthcare, Together

Displays for angiography
(hybrid
operating rooms)

In angiography and hybrid operating rooms, interventions are performed with real‑time visualization of the vascular, cardiological, or neurosurgical system.

For the surgeon and the entire team, clear, responsive, and integrated visualization is critical: fluoroscopy, 3D reconstructions, physiologic monitoring data, multiview.

Specialized displays in this scenario are not just a screen, but a key element of the working environment where accuracy, reaction time, and the team’s overview influence the outcome.

Why displays for angiography are a different level

  • In a hybrid OR, large‑format screens of 55–58″ or more are required to simultaneously display multiple sources: live fluoroscopy, 3D anatomy, patient monitoring.
  • The monitor must support 4K/8K resolution, multiview (PiP/PbP), high contrast, and low latency because reaction time to the image is critical.
  • Integration of live angiography with preoperative CT/MRI data requires the display to support layering, color maps, and real‑time processing.
  • Hybrid rooms use fixed angio systems (C‑arms, flat‑panel detectors) — this imposes requirements on displays: large size, resistance to bright light, image stability.

Key features

01 Large size and multiview

A 55–58″ (or larger) monitor can simultaneously display multiple video streams (fluoroscopy, ultrasound, anatomy) on one screen, reducing the need for switching.

02 High resolution (4K/8K) and high brightness/contrast

Displaying fine vessels and instruments requires a resolution of at least 3840×2160 and brightness/contrast that ensure detailed structures.

03 Multi‑signal inputs and multiview

Support for PiP/PbP modes, multiple sources simultaneously: angio camera, CT/MRI, physiologic monitoring, PACS/RIS.

04 Low latency / real time

Display lag can affect catheter and stent manipulation — minimal delay and ideal image response are required.

05 Stability, color reproduction, and image quality

Support for automatic calibration technologies, brightness uniformity, absence of artifacts — important during long procedures.

06 Integration in a hybrid operating room

The housing withstands OR conditions (lighting, sterility), installation on a console or ceiling mount, compatibility with angio systems.

Application in clinical scenarios

Vascular interventions

Vascular interventions (endovascular, aortic stenting, peripheral vessels) require an overview of vascular anatomy + live fluoroscopy + 3D reconstructions.

Cardiology / catheter procedures

Cardiology / catheter procedures — angiography + intravascular ultrasound + physiologic monitoring on one screen.

Neurointerventions

Neurointerventions — cerebral angiography, aneurysms, requires accurate visualization of small vessels + multi‑signals.

Hybrid OR procedures

Hybrid OR procedures — combining surgery and intervention: requires a single monitor for the entire team so that overview is not lost and modality switching is seamless.

Conclusion

Displays for angiography and hybrid operating rooms are technologically complex solutions that provide critically important visual functions — from large‑scale overview to the smallest vessel details. They meet strict requirements for resolution, multiview, latency, and integration. The right choice of such a display improves intervention accuracy, reduces risks, and enhances patient outcomes.

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