Bio Break: How Ablation Technology Is Transforming Surgery

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Bio Break: How Ablation Technology Is Transforming Surgery

Sector: Surgical
Topic: Bio Break

In this episode of Bio Break, Nick Allan and Joris van der Heijden dive into one of the most impactful trends in modern medtech: minimally invasive surgery. Ablation technology plays a crucial role as hospitals and healthcare providers aim to reduce patient recovery times and overall system strain. Technologies like ablation have emerged as a powerful tool for treating conditions once requiring intensive surgeries.

Joris explains how ablation enables tissue removal without the need for large incisions. Whether it’s chemical, electrical, or thermal ablation, these methods allow clinicians to precisely target and destroy problematic tissues. The result? Less time in the hospital, faster healing, and a more comfortable experience for patients. Nick shares that while he once expected such treatments to be reserved for serious operations, technologies like ablation are now being used in areas like tumor removal, pain management, and cardiac arrhythmia treatment.

The two highlight how a flexible catheter can navigate the body to reach affected tissue sites without opening up the patient. From chronic back pain to small tumor removal, ablation technology delivers precise, targeted therapy with far fewer complications than traditional surgical procedures.

But with all its benefits, ablation isn’t without its limitations. Because the body isn’t fully opened up, visibility is limited—requiring more sophisticated imaging technologies to guide the process. As Joris points out, this often restricts the procedure to larger clinical centers, but the benefits to both patients and the healthcare system are still profound.

Whether you’re a developer of medical technologies, a healthcare provider, or simply curious about how next-gen surgical tools are reshaping patient care, this episode covers the significance of ablation technology and offers an informative and approachable look at a high-impact innovation.

Two colorful paper boats—one red and one yellow—float on a blue background with illustrated white waves beneath them. Bold text reads "From Idea to Impact," symbolizing innovation and progress in medical device development.

Nick Allan and Joris van der Heijden revisit one of StarFish Medical’s most successful Pathfinder journeys, showcasing how a bold research concept evolved into a fully realized clinical diagnostic device.

A visual project roadmap titled "Finding the Path to MedTech Innovation" shows five development phases: Phase Zero (Pathfinder Product Definition), Phase One (Engineering Detailed Design), Phase Two (Transfer), and Phase Three (Manufacturing). Each phase includes activities such as contextual research, usability engineering, IP generation, design input development, regulatory strategy, prototyping, verification, manufacturing process development, and volume manufacturing. Arrows represent workflows across multiple functions like product development, quality, and regulatory support, with milestone gates marked by stars.

Nick and Joris explore one of the most dynamic early-phase services at StarFish Medical: the Pathfinder Program. If you’re a medtech innovator with a promising concept or prototype, Pathfinder helps you identify the right path forward—before you invest millions in development.

A stylized dart hits the center of a yellow target next to bold text reading "Future of Ablation Technology" on a white background.

Nick and Joris explore the wide world of ablation technologies—unpacking how each approach works and what it’s best suited for.

Close-up of gloved hands holding a medical catheter with the text "Minimally Invasive Maximum Impact" on the right side, representing advanced medical device technology.

Nick Allan and Joris van der Heijden dive into one of the most impactful trends in modern medtech: minimally invasive surgery. Ablation technology plays a crucial role as hospitals and healthcare providers aim to reduce patient recovery times and overall system strain.