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Discover How Jabil's Advanced Catheter Development Lab Transforms Medical Device Innovation

Update Revolutionizing Catheter Development: Meet Jabil's Advanced Lab Jabil, a leader in engineering and manufacturing services, has taken a groundbreaking step in the healthcare sector with the unveiling of its Advanced Catheter Development Lab. Opened on December 5 at the company’s headquarters in St. Petersburg, Florida, this new facility acts as a hub for rapid prototyping and innovation for advanced catheter technologies. The lab offers cutting-edge engineering, testing, and prototyping capabilities that can significantly reduce development timelines for Original Equipment Manufacturers (OEMs) in the medical device space. Speeding Up Design Iterations Jabil's Advanced Catheter Development Lab stands out for its ability to accelerate design iterations, enabling OEMs to go from concept to market significantly faster. By consolidating various manufacturing processes—such as braiding, coiling, and laser cutting—within one facility, Jabil minimizes the challenges associated with managing multiple vendors. Ramy Awad, Jabil’s technical business development manager, emphasizes that the integrated approach allows for quicker design loops and real-time testing. "This means fewer handoffs and earlier compatibility checks, ultimately leading to swifter market launches for new medical devices,” he explains. Supporting a Range of Therapies The lab is designed to cater to all medical device manufacturers, from startups looking to launch their first products to established tier-one OEMs. With capabilities that span various treatment areas, including cardiology, neurology, and urology, it prepares to address the diverse needs of the healthcare market. The lab can produce an array of catheter types, including diagnostic and therapeutic versions, and features specialized advancements such as steerable sheaths and laser-welded pull wire rings. A Unique Prototyping Experience What sets Jabil apart is its commitment to providing an end-to-end outsourcing experience. Companies can engage with dedicated cross-functional teams that focus on their specific goals, thus nurturing a customer-centric innovation process. One of the noticeable advantages is the proximity of the Advanced Catheter Development Lab to the adjacent failure analysis lab, which further enhances the ability to troubleshoot and optimize designs effectively. Collaborative Innovations Ahead Jabil is not working in isolation; it has partnered with educational institutions like the University of Florida and the University of South Florida to enhance its research and development efforts. By integrating academic insights into real-world applications, Jabil aims to foster innovation in minimally invasive devices that align with the latest clinical practices. This collaboration underscores the company's vision of creating medical tools that not only meet current demands but also push the boundaries of medical technology. What's Next for Minimally Invasive Technology? As we look to the future, trends such as miniaturization and sensor integration are shaping the direction of catheter development. Jabil's lab is geared to push the envelope in these areas, continuously seeking to enhance performance and patient outcomes. This proactive innovation strategy positions the Advanced Catheter Development Lab as a crucial element in Jabil's overarching mission: to provide cutting-edge, integrated solutions for next-generation medical devices. In summary, Jabil’s new Advanced Catheter Development Lab represents a significant evolution in medical device development, merging rapid prototyping and testing into a single streamlined process. It promises to enhance operational efficiency and ultimately lead to improved healthcare solutions. As the healthcare landscape continues to demand more efficient and effective devices, Jabil stands ready to meet these challenges head-on. This innovative facility not only meets immediate industry needs, but it also sets the stage for future advancements in minimally invasive technologies.