GE Healthcare introduces enhanced applications for its Cell C-arm family.

GE HealthCare Applied sciences Inc. The final week of the quarter witnessed the expansion of its OEC 3D cell CBCT C-arm portfolio, with new medical applications being introduced. The Chicago-based company notes that these enhancements enable precise and eco-friendly imaging during endoscopic bronchoscopy procedures, as practiced in interventional pulmonology settings.

Precise pulmonary and thoracic procedures necessitate the use of accurate intraoperative imaging techniques, as stipulated by GE HealthCare. The position of a nodule can vary significantly from its pre-operative location depicted in CT scans, as is well-known. Due to disparities in respiratory patterns, individual positioning, and various factors, a discrepancy arises between the computed tomography (CT) data and the actual body dimensions at the time of scanning.

GE HealthCare asserts that its OEC 3D intraoperative cell cone beam computed tomography (CBCT) boasts “imaging excellence” and versatility, offering unparalleled clinical insights in real-time surgical settings. This advanced imaging modality may facilitate routine processes across various specialties, including neuro-spinal and orthopaedic trauma interventions, as well as interventional procedures such as bronchoscopy.

The OEC 3D technology enables the simultaneous visualisation of both 2D and 3D images of the lung, facilitated by a single cell C-arm system. The lung suite features a cutting-edge integration of augmented fluoroscopy and three-dimensional imaging capabilities, including adjustable motorized 3D scanning for enhanced precision and visualization.

OEC interfaces proceed to broaden

During bronchoscopy procedures, clinicians leverage the OEC Open interface’s advanced features, including navigation and robotics, to seamlessly toggle between reconstructed 3D volumetric models.

GE Healthcare has recently integrated a validated interface with its endoluminal robotic bronchoscopy system. The corporation continues to expand its open interfaces with the OpenEHR (OEC), fostering an inclusive ecosystem that seamlessly integrates a diverse array of medical procedures without bias or proprietary constraints. Verified through a diverse range of eight third-party methodologies across robotics, navigation, and augmented reality vision applications.

“As we build out our OEC ecosystem, GE HealthCare is pleased to announce the addition of the Intuitive Ion robotic system to our OEC Open interface,” said Christian O’Connor, global common supervisor for surgery at GE HealthCare. “This intuitive interface empowers interventional pulmonologists to achieve exceptional proficiency during minimally invasive, robotically assisted bronchoscopy procedures, seamlessly leveraging the OEC 3D C-arm’s capabilities.”

“With Intuitive’s Ion Robotic Bronchoscopy System verified to interface seamlessly with GE HealthCare’s OEC 3D through the OEC Open interface, we can confidently expect to accurately diagnose a vast majority of nodules within the lung,” Dr. Dominique Pepper. As the Medical Director of Bronchoscopy and Respiratory Care at Providence Swedish South Puget Sound, she also serves as an advisor for GE Healthcare.

For clinicians, the potential impact is substantial – presenting tailored solutions with precision and confidence becomes a tangible reality once a suspicious curiosity gap has been identified, according to Pepper.

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About GE HealthCare

GE Healthcare is renowned for being a pioneering force in the fields of medical expertise, pharmaceutical diagnostics, and cutting-edge digital solutions. The corporation highlighted how its integrated tools, APIs, and data insights enable hospitals to become more sustainable, empower clinicians to work more efficiently, refine treatments with precision, and ultimately improve patient outcomes, leading to healthier and happier individuals. As a leading global company, this behemoth boasts an impressive portfolio worth $19.6 billion and employs around 51,000 individuals globally. 

Initially introduced in 2021, the OEC 3D cell CBCT C-arm provides precise three-dimensional and two-dimensional imaging capabilities across a broad spectrum of interventional procedures. Clinicians can leverage the advantages of CBCT during bronchoscopies by utilizing the Lung Preset option, which enables optimal visualization of airway structures. Additionally, the integration of Augmented Fluoroscopy with the Lung Suite can facilitate accurate placement of tools within lesions.

The OEC 3D system enables seamless transitions between 3D and 2D imaging modalities through its advanced, versatile CBCT-based C-arm technology. G.E. claims that its platform features an instinctive user interface and streamlined workflow designed to further enhance efficiency within the bronchoscopy suite.

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