Navigation has always been a major challenge in image-guided procedures, particularly for applications such as ablation, biopsy, the placement of fiducial markers, and targeted drug delivery. To address this challenge, the ICube laboratory, a long-standing partner of the IHU Strasbourg, is leading the Ajustable-stiffness steerable needle (ARC) project.
Technology for Percutaneous Precision
Designed to transform percutaneous interventional procedures, this innovative needle resolves a complex biomechanical paradox. It combines extreme flexibility—essential for precise guidance through delicate tissues and winding pathways—with on-demand stiffness. This variable stiffness allows the device to safely traverse tissues without deviating from its target.
A true breakthrough for minimally invasive procedures and robotic surgery, this technology pushes the boundaries of anatomical targeting while minimizing tissue trauma for the patient.
The ARC project is designed to serve as a true technology transfer accelerator. It is aimed at healthcare industry players seeking new solutions.
The IHU: A Hub for Innovation and Experimentation
Within the ARC project team, Dr. Juan Verde, a surgeon and researcher at the IHU, plays a key role in bridging the gap between cutting-edge research and addressing clinical needs. By contributing to his clinical and experimental expertise, he ensures that technical development is grounded in the realities of surgical practice to meet the needs of clinicians and guarantee patient safety.
A Cross-Border Consortium of Excellence
This innovative initiative is the result of genuine synergy among leading stakeholders. ARC is being developed by a Franco-Swiss team that brings together expertise in mechanical design, medical robotics, interventional radiology, and translational research.
We would like to congratulate the entire consortium behind this project: the ICube laboratory, Instant-Lab – EPFL, Mimesis Inria, le CNRS, l’Université de Strasbourg, l’INSA Strasbourg, l’Inserm, Inria, DeviceMed et la SATT Conectus.
👉 Learn more about this technology and explore opportunities for industrial partnerships on the new official ARC project website:
https://www.arc-medtech.com/
