Medical Device Patent Attorney

James M. Urzedowski

Medical device innovation presents patent challenges that differ in important ways from those found in many other technologies, and working with an experienced medical device patent attorney can be critical to protecting those innovations effectively. New devices are often developed incrementally, shaped by clinical experience, safety considerations, usability constraints, and real-world testing rather than a single moment of invention. Inventive value may reside in a specific feature, component, method, or software function rather than in a device as a whole, and those features often evolve as development progresses. Patent protection that fails to account for this reality can capture early ideas while missing the aspects that later prove most important. Experience with medical device patents helps ensure that clinical insight is translated into patentable inventions and that protection is structured to remain relevant as devices are refined over time.

James Urzedowski is a registered patent attorney whose practice focuses on patent protection for medical devices and related technologies. He has more than twenty-five  years of experience preparing and prosecuting patent applications, with a practice that spans mechanical devices, software-driven systems, and medically related technologies. His scientific background supports work with clinically driven inventions and allows him to engage directly with the technical and practical details that often define medical device innovation. Throughout his career, James has focused on helping inventors navigate patent issues in a way that reflects how medical devices are actually developed and used.

James’s experience with medical device patents includes early work supporting large medical device portfolios, including work related to Boston Scientific. James also works regularly with physician-inventors and early-stage teams who are developing medical device ideas long before a final product exists. In many cases, the invention arises from clinical practice, and the challenge is identifying what aspects of that insight are actually patentable. James helps physicians distinguish inventions from products, separate inventive features from conventional components, and translate clinical improvements into technical descriptions that can support patent protection. This early-stage guidance is particularly important for inventors who are balancing clinical responsibilities with development and exploration of new ideas. James’s approach emphasizes practical judgment and clear communication, helping inventors assess whether patent protection is likely to provide meaningful value and how it can be aligned with development goals and available resources. By being candid about risks, limitations, and tradeoffs, he helps medical device inventors make informed decisions rather than simply accumulating patent filings.

Feel free to contact James if you have any questions or if you would like to discuss the patent process with him. Initial conversations often focus on whether patent protection makes sense and how to approach it efficiently at an early stage.

 In addition to working directly with inventors, James contributes to written guidance on Bitlaw addressing patent issues specific to medical devices. These resources are designed to help physicians and early-stage innovators understand how patent law applies in the medical device context and to make better decisions at each stage of development. Topics include identifying medical device inventions, understanding basic patent concepts, evaluating whether an invention is worth protecting, and building a patent strategy that can evolve over time.

These materials are intended to complement direct legal advice by providing clear explanations of common issues faced by medical device inventors. They reflect a practical approach grounded in real-world experience with medical device patents and are written for readers who may be encountering patent law for the first time. Together with individualized guidance, these resources help provide context and clarity as medical device ideas move from clinical insight toward development and protection.