Breast phantom STANDARD

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This pathological breast phantom model is designed to provide a high-fidelity surgical training experience. Manufactured entirely from a variety of silicones, specifically selected to best suit the requirements of each layer, the phantom accurately replicates the resistance, elasticity, and tactile feedback of real biological tissues.
The Breast Phantom is a comprehensive training tool designed for every surgical operation, including tumor resection, deepithelialization, and mastopexy procedures. The model features a complex anatomical composition that includes the epidermis, dermis, adipose tissue, thoracic muscle, and nipple.

Features and Benefits:
High-Fidelity Anatomical Replication & Layer Separation: The model accurately replicates the anatomy of the female breast. It includes representations of all key anatomical layers, including a specific epidermis (0.40mm), dermis (0.46mm), adipose tissue, thoracic muscle, and nipple. The precise calibration of these layers allows trainees to practice advanced deepithelialization techniques, essential for mastopexy and reconstructive flaps, by realistically separating the epidermal layer from the underlying dermis.
Pathological Simulation & Tumor Resection: The model showcases a realistic pathological scenario by incorporating a solid tumor made of 3D-printed PLA. It helps surgical students and professionals understand the tactile feedback of masses within the tissue, allowing for effective practice of tumor identification and resection operations.
Realistic Tissue Behavior: The model displays the resistance and elasticity typical of biological tissues. This feature is crucial for mastering surgical skills such as incision, layer-by-layer dissection, and suturing, ensuring that the trainee experiences the correct haptic feedback required for safe and effective surgery.