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Realistic surgery phantoms possess the potential to improve medical training and as a result improve surgery outcomes, reduce operation time and minimize patient risks. In this work, we developed a training scenario within visceral surgery, implementing lifelike liver phantoms using a hybrid manufacturing approach combining collagen-based casting and 3D-printing. Being equipped with integrated sensors, we developed a feedback system to assess the performance of the trained procedure. This could lead to a new paradigm within visceral surgery training.