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Lab profiles: Inside Jabil’s Advanced Catheter Development Lab

By Brian Buntz | January 10, 2026

The global engineering, manufacturing and supply chain services company Jabil has spent more than two decades serving healthcare customers, with manufacturing and engineering work that includes medical devices and related capital equipment. One thing that it did not have until recently was a rapid, in-house way to prototype catheter components at the same pace. Its new Advanced Catheter Development Lab, opened December 5 at the company’s St. Petersburg, Florida, headquarters, fills that void. Located inside the Jabil Innovation Center, it offers on-site engineering, prototyping and testing for advanced catheters and other minimally invasive devices. The pitch is fewer handoffs and earlier compatibility checks, with specialized processes like braiding and coiling, laser cutting, balloon forming and bonding, plus access to an adjacent failure analysis lab.

Ramy Awad, technical business development manager for healthcare at Jabil and one of the lead engineers behind the new facility, said the lab can support device makers at any stage, from funded startups to tier-one OEMs. In the following Q&A, Awad explains what the lab can do, why Jabil built it, and how the team expects it to accelerate early-stage catheter development.

Image courtesy of Jabil.

What specific capabilities does the Advanced Catheter Development Lab bring to Jabil‘s healthcare offerings, and what gaps in the market or client needs prompted its creation?

Awad: Jabil
’s state-of-the-art catheter lab dramatically accelerates design iterations by combining rapid catheter and sheath prototyping and real-time in-lab testing, slashing weeks off OEM development timelines. This enables faster, more frequent design loops which in turn helps OEMs bring devices to market faster. Strategic OEMs also want a partner that houses expertise in electronics, polymers, mechanics, imaging, miniaturization, and optics all under one roof. The Jabil Advanced Catheter Development Lab delivers complete, integrated catheter solutions rather than fragmented components, providing a true end-to-end outsourcing experience without the complexity of managing multiple vendors. The lab sits in the Jabil Innovation Center at our St. Petersburg, Florida, headquarters, which simultaneously designs and tests both capital equipment (consoles, imaging systems) and now sheaths/catheters —ensuring perfect system compatibility from day one. This dual capability eliminates costly surprises during clinical integration. The facility embodies Jabil’s customer-centric culture by placing clinicians and patients at the center of every iteration. It perfectly supports our customer engagement model, aligning dedicated cross-functional teams directly to customer’s goals. In short, this lab turns Jabil into a comprehensive strategic innovation accelerator for next-generation catheter technologies.

Image courtesy of Jabil.

 
Can you walk us through the lab’s prototyping and NPI workflow? What equipment or processes enable faster iteration for minimally invasive device development?
Awad: The Jabil Advanced Catheter Development Lab can create almost any catheter-based technology device on the market today. Since catheter-based devices can be used in a variety of different therapies and anatomies (cardiology, neurology, peripheral/vascular, urology/gynecology, etc.) we intentionally installed equipment that spans a variety of manufacturing processing. For example, we are able to make compliant, non-compliant, and semi-compliant balloons catheters. We are able to make diagnostic and even therapeutic catheters. We are able to make steerable and fixed curve sheaths and introducers with the ability to laser weld pull wire rings to anchors. Specifically, for shaft construction, we are able to braid with metallic wires and non-metallic wires almost every pattern imaginable. Additionally, we have the ability to create coiled shafts that are superior for kink resistance. A key differentiator with this lab is that we are able to create laser cut hypotubes and stent laser cutting with a variety of ferrous and non-ferrous metals. The ability to house all those capabilities under one roof with the ability to inspect with X-ray, SEM, and EDS gives us a unique value proposition for a strategic OEM that can come work with us directly in the lab and iterate at unmatched speeds. This shortens time-to-market for OEMs dramatically.

Image courtesy of Jabil.

What types of catheter technologies or applications is the lab initially focused on: vascular access, cardiac, neurovascular, etc.?
Awad: We are focused on helping all medical device manufacturers, from startups to tier 1, in every therapy area, such as cardiology, neurology, peripheral/vascular and urology/gynecology.

How does the lab’s integration with Jabil‘s broader Innovation Center in St. Petersburg create advantages for clients during early-stage development?

Awad: Our customers are looking for complete solutions. Jabil has over 25 years of experience with creating capital equipment that drives catheter-based single-use devices. With the integration of this Advanced Catheter Development Lab, we are able to provide a complete solution to our customers. We can design and develop their custom capital equipment and the connected catheter-based single use devices all in one place.


Looking ahead, what trends in minimally invasive devices do you see shaping the lab’s priorities over the next few years?
Awad: Miniaturization, sensor integration, new material and technology integration are some of the key trends shaping the industry for minimally invasive devices. This lab has immense capabilities that can push the envelope in those areas. In the next few years the fast development of new ideas and collaborating with customers by offering a solution in one location will accelerate time to market for novel therapies. We believe the value proposition that the Jabil Advanced Catheter Development Lab provides will be a key element in our customers success.

Image courtesy of Jabil.

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