FDA Radiology AI Devices

The Ziehm Vision RFD 3D is a medical imaging device that provides high-quality 2D and 3D fluoroscopic X-ray images during surgical and diagnostic procedures. It helps clinicians visualize complex anatomical structures such as bones, joints, and soft tissues in real-time, improving outcomes in orthopedic, neurological, trauma, and other surgeries. The system supports computer-assisted surgery by providing detailed imaging and C-arm positioning data, facilitating safer and more accurate interventions.

The Ziehm Vision RFD is a mobile fluoroscopy system with a flat panel detector used to provide real-time digital imaging during diagnostic and interventional surgical procedures. It helps clinicians visualize complex anatomical structures in various body regions including the spine, joints, and cardiovascular system, aiding in procedures such as cardiology, orthopedics, neurology, and more. The device offers advanced digital subtraction and cine imaging, enhancing image quality and surgical navigation accuracy to improve clinical outcomes for patients.

The MC2 Portable X-ray System by Oxos Medical is a handheld, portable X-ray device intended to help clinicians perform point-of-care imaging of joint and bone areas (extremities) outside of surgery. It uses advanced technologies including infrared tracking and LIDAR to position and ensure safe operation, producing high-quality images in single radiography, serial radiography, and fluoroscopic modes. The device connects wirelessly to tablets or monitors for image review and facilitates efficient orthopedic imaging in various clinical settings.

The ARTIS icono (VE40A) family and ARTIS pheno (VE40A) are advanced angiography systems that enable detailed imaging for diagnostic and interventional procedures. They support single-plane and biplane imaging with a motorized C-arm and flat panel detector, allowing clinicians to perform cardiac, neuro, general angiography, and image-guided surgeries. The systems provide 2D and 3D imaging capabilities, including 3D reconstruction software (DynaCT), which helps clinicians visualize both hard and soft tissues for diagnosis, surgical planning, and treatment follow-up.

The O-arm O2 Imaging System by Medtronic Navigation, Inc is a mobile X-ray device designed to provide detailed 2D and 3D imaging of patients' bony anatomy and metallic objects, mainly used during image-guided surgeries. It includes advanced software features such as metal artifact reduction and dose reduction using machine learning, helping clinicians obtain clearer images with lower radiation exposure for improved surgical navigation and patient safety.

EndoNaut is a software system designed to aid physicians during fluoroscopy X-ray guided procedures by overlaying preoperative 3D vascular anatomy onto live fluoroscopy images. It assists in accurately positioning surgical tools and endovascular devices in the chest, abdomen, pelvis, neck, and lower limbs for treatments like aneurysm repair and arterial embolization. This image fusion and navigation tool enhances procedural accuracy, although it does not replace the surgeon's judgment and requires real-time imaging confirmation before device deployment.

Soteria.AI is an image-intensified fluoroscopic x-ray system designed for use in a variety of radiographic and fluoroscopic applications including cardiac, vascular, general diagnostic, and interventional imaging. It helps reduce patient and operator radiation exposure by automatically providing a region of interest using AI technology, thereby improving safety during imaging procedures.

EndoNaut is a medical imaging software system that helps doctors during endovascular procedures by overlaying three-dimensional vessel images from preoperative scans onto real-time two-dimensional fluoroscopy images. This assists clinicians in accurately positioning catheters, guidewires, and stents within blood vessels in areas like the thorax, abdomen, pelvis, and lower limbs, improving procedural outcomes and patient care.

Cydar EV is a cloud-based software that enhances live X-ray fluoroscopy images by overlaying 3D vessel anatomy from preoperative CT scans. This helps clinicians during endovascular procedures by improving guidance for positioning devices like guidewires and catheters, especially in the abdomen, pelvis, and lower thorax.