In a significant leap for medical imaging technology, United Imaging has proudly announced the FDA clearance of its groundbreaking interventional X-ray system, the uAngio AVIVA.
This development is not just another notch in the belt of technological advancements but potentially a transformative step in the realm of interventional procedures.
At the heart of this innovation is the industry’s first intelligent voice-assist system, a feature that stands to revolutionize how medical staff interact with technology during critical procedures.
In today’s fast-paced medical environments, the ability to maintain focus on the patient can be a game-changer.
The uAngio AVIVA’s voice-assist system allows clinicians to use voice commands to control the system, enabling hands-free image review and movement assistance.
This feature is designed to allow medical professionals to devote more attention to the patient, reducing the need to physically manipulate complex machinery.
As Edgar Alvarez, Vice President of the X-ray portfolio in the U.S., aptly puts it, “Our goal is to allow the staff’s focus to remain on the patient.”
The system is more than just a high-tech voice assistant.
It is a precisely engineered, bionic ceiling-mounted device that employs intelligent robotics, 3D vision, and advanced imaging to support clinical staff in the interventional suite.
This 8-axis robotic system provides unparalleled flexibility, ensuring full lab coverage and easy access to medical tables despite the often-crowded landscape of an interventional site.
This adaptability is crucial for streamlining workflows and ensuring that the focus remains on patient care rather than managing cumbersome equipment.
The uAngio AVIVA also boasts United Imaging’s proprietary AI-driven uVERA IQ intelligent imaging technology, which delivers superior image quality at a low dose.
This is particularly vital in fields such as interventional radiology, neuro interventions, and interventional cardiology, where precise imaging is critical.
By leveraging AI algorithms, the system enhances imaging insights without compromising on the safety of reduced radiation exposure.
Jeffrey M. Bundy, Ph.D., CEO of United Imaging Healthcare North America, highlighted the collaborative nature of the system’s development.
“Our employees’ voices across America trained the system’s voice commands, and our customers gave us the insights we needed to shape this innovative system,” he said.
This collaborative approach not only underscores the system’s user-centric design but also reflects a broader trend in the industry toward more personalized and intuitive healthcare solutions.
United Imaging is not just resting on its laurels with this innovation.
The company is bringing the uAngio AVIVA to market with its All-in Configurations, Software Upgrades for Life, and other pioneering business models that aim to simplify purchase processes for healthcare providers.
This approach is designed to make it easier and more cost-effective for healthcare facilities to adopt cutting-edge technology, thereby broadening access to advanced medical care.
This latest addition to United Imaging’s portfolio will soon be showcased at their recently expanded Houston headquarters, a hub of innovation that includes corporate offices, a factory, a product showroom, a service training center, and a service parts distribution center.
This expansion reflects the company’s commitment to its mission of “Equal Healthcare for All,” a vision that seeks to democratize access to advanced medical technologies and drive significant industry progress.
Founded in 2011, United Imaging has rapidly grown into a global leader in medical imaging.
With subsidiaries and R&D centers worldwide, the company continues to push the boundaries of what’s possible in digital healthcare solutions.
As the uAngio AVIVA enters the market, it promises to set a new standard for interventional X-ray systems, making procedures safer, more efficient, and ultimately more focused on the patient—a testament to the power of innovation in improving healthcare outcomes.
