GE HealthCare Unveils Allia Celeo Ceiling-Mounted Interventional System
GE医疗 has introduced Allia Celeo, a ceiling-mounted image guiding system, at the Transcatheter Cardiovascular Therapeutics 2026 (TCT 2026) conference in San Diego. Developed around the principle of smooth procedural flow and built for interventional suites prioritizing high patient throughput and versatility across indications, the system pairs an extra-wide-bore C-arm with an intuitive user interface, an AI-powered image chain, and compatibility with OnWatch Predict remote monitoring, with the goal of helping cardiology and interventional radiology teams move through each stage of a procedure with confidence and without losing momentum.
Allia Celeo’s slim, symmetrical ceiling gantry uses integrated cabling, providing space around the system for staff and equipment. Its extra-wide bore is designed to let the C-arm rotate freely around the patient and reach steep angulations, even for patients with a high body mass index, while a slim C-arm and thin detector lift aim to limit visual obstruction so team members can see and communicate with one another across the table. Fast ceiling panning and extended table coverage support imaging from head to toe, while InnovaBreeze uses automatic table and gantry movements to support assessment of the full lower-limb anatomy in a single acquisition. Clinicians can adjust gantry and table positions from multiple locations, while an on-screen digital twin is designed to help optimize positioning, and personalized controls and layouts allow clinicians to tailor the system to their workflow.
The system’s image chain includes AI-enabled features designed to support confident decision-making across patient anatomies and clinical complexities, automatically adjusting acquisition parameters with the goal of delivering consistent image quality at the lowest dose, while advanced image rendering provides one-click access to highly differentiated cardiac image renderings matched to each operator’s preference. Allia Celeo is designed to be compatible with cleared GE HealthCare solutions supporting coronary and structural heart procedures, including StentViz and 3DStent for stent visualization, Valve ASSIST 2 for structural heart planning, and the cleared Mac-Lab hemodynamic system with integrated FFR and dPR indexes.
For interventional radiology and oncology, compatible tools such as Embo ASSIST AI, Vessel ASSIST, and Needle ASSIST are designed to support embolization planning, 3D roadmapping, and needle guidance. The system also supports integration with Vscan Air handheld ultrasound and compatible third-party intravascular imaging and physiology systems. Beyond the procedure itself, Allia Celeo is designed to be compatible with OnWatch Predict, which combines 24/7 remote monitoring with deep learning-based predictive analytics to anticipate unplanned downtime and support proactive service planning.
Allia Celeo is the second new system in the Allia family introduced in less than a year, following the floor-mounted Allia Moveo, unveiled in 2025 and commercially launched earlier this year, alongside an upgrade program bringing the latest Allia platform advancements to existing customers. Allia Celeo is CE marked and 510(k) pending with the U.S. FDA, is not available for sale in the United States, and may not be available in all regions.
Jyoti Gera, Chief Executive Officer of CardioVascular and Interventional Solutions within Advanced Imaging Solutions at GE HealthCare, said every interventional suite has its own rhythm, and care teams need a system that adapts to the way they work rather than the other way around. Gera noted that Allia Celeo extends the Allia platform with a ceiling-mounted system built for that kind of flexibility, giving hospitals more choice in how they configure their interventional suites while supporting GE HealthCare’s vision for more personalized, precise care.
Kat Davis, General Manager of Interventional Solutions within CardioVascular and Interventional Solutions at GE HealthCare, said Allia Celeo was designed around a simple idea: a procedure should move at the pace of the care team, not the equipment. Davis noted that from a digital twin that previews gantry positioning to an image chain that manages dose in the background, each element is intended to reduce the small interruptions that add up over a day in the interventional suite so clinicians can stay focused on their patients.
