Motorized mobile imaging system C-arm Zenition 90 by Royal Philips has received the Food and Drug Administration (FDA) 510(k) clearance, as announced by the company. This advanced imaging system is designed to address complex vascular needs and a wide range of clinical procedures, offering high-powered (25 kW) imaging and intuitive motorization for enhanced control during procedures.
A key feature of the new mobile C-arm is its automated workflows, which contribute to increased flexibility and independence for clinicians. The imaging system is well-suited for complex vascular procedures, cardiac interventions, pain management, and urology, among other clinical applications.
The Zenition 90 Motorized imaging system was initially unveiled earlier this year, following the launch of the Philips Zenition 30 C-arm. Other models in the Zenition series include the Zenition 50, Zenition 70, and Zenition 10. Philips Zenition imaging systems are known for integrating innovations in image capture and processing, ease-of-use, and versatility, many of which were pioneered on Philips’ image-guided therapy platform Azurion.
Philips Zenition 90 Motorized C-Arm Enhances Flexibility, Image Quality, and Sustainability
The Zenition 90 Motorized allows clinicians to control it from the tableside with user-friendly controls and timesaving features, empowering them with greater flexibility and independence. It delivers state-of-the-art image quality for the most challenging procedures and is designed to meet complex procedural needs.
“During complex procedures, it’s vital to be able to rely on surgical imaging systems. As clinicians navigate their way through challenging anatomy, the priority is to quickly visualize small anatomical details while limiting X-ray dose,” said Mark Stoffels, business leader for Philips Image-Guided Therapy Systems. “The new Zenition 90 Motorized empowers medical teams to confidently perform a wide range of interventions while achieving the best possible outcome for their patients.”
As part of Philips’ commitment to sustainability, the Zenition 90 Motorized imaging system was developed using the company’s EcoDesign process, resulting in a 25% improvement in product life and a 13% increase in power efficiency. The imaging system is also available in a nonmotorized configuration, providing additional options for healthcare providers.
Philips Advances Imaging System Efficiency and Sustainability for Complex Procedures
The Zenition 90 Motorized mobile C-arm is tailored for a variety of clinical procedures, including complex vascular surgeries, cardiac interventions, pain management, and urology. Its high-powered imaging capability ensures that clinicians can quickly and accurately visualize small anatomical details, crucial for navigating through complex anatomies while minimizing X-ray exposure to patients.
Philips’ focus on automated workflows in the Zenition 90 Motorized imaging system significantly enhances the operational efficiency and independence of medical teams. The imaging system’s intuitive motorization allows for seamless control from the tableside, reducing the need for manual adjustments and thereby saving valuable time during procedures. The Zenition 90 Motorized’s development included Philips’ EcoDesign process, which emphasizes sustainability and efficiency. This process has led to a 25% improvement in the product’s lifecycle and a 13% increase in power efficiency, aligning with Philips’ broader commitment to environmental sustainability in healthcare technology.
In conclusion, the FDA clearance of the Philips Zenition 90 Motorized mobile C-arm marks a significant advancement in medical imaging technology. By offering high-powered, versatile imaging capabilities combined with intuitive motorization and automated workflows, the Zenition 90 Motorized enhances the flexibility, independence, and confidence of medical teams. This imaging system is poised to improve patient outcomes across a variety of complex clinical procedures, demonstrating Philips’ ongoing commitment to innovation and sustainability in healthcare.
Resource: Philips, June 17, 2024
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