MedScan 3D, a company utilizing 3D printing to create patient-specific anatomical models, has won the startup pitch competition at MedTech Innovation Expo 2026.
MedScan 3D has been recognized for its innovative approach to medical imaging by winning the startup pitch competition at the MedTech Innovation Expo 2026. The company was founded on the observation that surgeons often struggle to accurately interpret the depth and scale of scans, leading to potential difficulties in surgical planning and execution.
Founder Jacqui O’Connor, a former surgical representative, identified this gap in the market over seven years ago. While on maternity leave, she began developing a solution that leverages 3D printing technology to transform scan data into anatomically precise vascular models. These models are designed to aid in training, research, and surgical practices.
During her pitch at the expo, O’Connor highlighted the uniqueness of individual anatomy, comparing it to fingerprints. She argued that for conditions like intracranial aneurysms, a tailored approach is essential, and relying solely on 2D scans is insufficient. The chaotic environment of an operating theater can also present challenges for making critical decisions.
MedScan 3D's solution offers patient-specific 3D anatomical models that can be printed in advance of surgery. This allows surgeons to better determine the optimal course of action, enhancing pre-operative planning and potentially improving patient outcomes. The judging panel at the MedTech Innovation Expo clearly agreed with the value proposition presented by MedScan 3D.
MedScan 3D's success underscores the growing impact of patient-specific additive manufacturing in healthcare. By translating complex 2D scan data into tangible 3D models, the company is improving surgical planning and training. This development aligns with the broader trend of using 3D printing for personalized medicine, offering enhanced understanding and precision in critical medical procedures.
Edited by the news editor with AI from the original report — please refer to the original source.