LightLab Imaging debuts new OCT system at EuroPCR

Justine Varieur Cadet | | Health Imaging | Cardiac Imaging

Optical coherence tomography (OCT) developer LightLab Imaging has launched its C7XR FD-OCT imaging system with the C7 Dragonfly Imaging Catheter at EuroPCR 2009 in Barcelona, Spain.

The C7XR FD-OCT imaging system, an approved Frequency Domain OCT product for intracoronary imaging, received the CE Mark in March. The C7XR FD-OCT imaging system and C7 Dragonfly Imaging Catheter enables micron level resolution imaging of the coronary artery with the capability to scan a 40mm artery segment in less than three seconds with a non-occlusive catheter, according to the firm.
 

Justine Varieur Cadet

Related Content

New cardiac prevention paradigm explored in TRANSFORM trial using AI and CCTA
Cardiology practices pay $17.7M to settle fraud allegations brought on by whistleblowers
Cardiology, radiology specialists debate CCTA’s rise as a go-to imaging modality for CAD
New AI program delivers rapid, accurate echo video assessments
Key takeaways from RSNA 2024 for AI, CT, MRI and the radiology staffing shortage
New scoring system accurately predicts coronary risk in women

Around the web

Radiology Business
AI can help radiology standardize image exam data labeling

To fully leverage today's radiology IT systems, standardization is a necessity. Steve Rankin, chief strategy officer for Enlitic, explains how artificial intelligence can help.

Radiology Business
The biggest obstacles facing radiology business managers in 2025

RBMA President Peter Moffatt discusses declining reimbursement rates, recruiting challenges and the role of artificial intelligence in transforming the industry.

Cardiovascular Business
New cardiac prevention paradigm explored in TRANSFORM trial using AI and CCTA

Deepak Bhatt, MD, director of the Mount Sinai Fuster Heart Hospital and principal investigator of the TRANSFORM trial, explains an emerging technique for cardiac screening: combining coronary CT angiography with artificial intelligence for plaque analysis to create an approach similar to mammography.