Soft robotics, developed from materials with mechanical properties similar to biological tissues, unlock immense potential to replicate and safely interact with the human body. Leveraging these properties, the workshop will showcase groundbreaking advancements in soft robotics for medical applications, focusing on replicating human anatomy and biomechanics for in-vitro simulators, as well as assistive and prosthetic devices. 

This interdisciplinary event will cover a broad range of topics, including the transformative impact of in-vitro simulators on medical training, therapeutic interventions, and biomedical device development. By closely mimicking natural tissue properties, these simulators provide an ethical and sustainable platform for preclinical testing in diverse scenarios, supporting rapid development of new medical innovations. A particular focus will be on advances in soft, implantable systems, demonstrating how in-vitro organ replication can lead to breakthroughs in assistive and prosthetic devices. This includes artificial organs and implantable technologies designed to replace or support body parts, emphasizing solutions that enhance functionality and compatibility with the human body. 

Regulatory experts will introduce the legislative frameworks necessary to bring these soft robotic technologies from lab to clinical practice. Funding bodies and venture capitalists will outline roadmaps for research prototypes to enter the market, while industry leaders will share experiences in commercializing medical devices integrating soft robotic technologies. 

This workshop brings together experts from academia, industry, and regulatory bodies to showcase state-of-the-art human-body-mimicking soft robotics. Through presentations, poster sessions, and panel discussions, we will explore the latest innovations, highlighting emerging opportunities and uncovering key challenges in translating these technologies to market.