Support for Thoracic Surgery Procedures
Our 3D anatomical lung model offers a groundbreaking solution for thoracic surgical planning and training. Produced in under six hours, it provides exceptional accuracy and can replicate healthy tissue and pathological conditions, such as tumors. This enables precise preoperative preparation and intraoperative guidance for procedures like lung cancer surgeries.
Key Features of the Anatomical Lung Model
The model’s design incorporates flexibility, water-tightness, and the ability to be sutured, allowing it to withstand realistic surgical simulations. It can also be connected to a flow system, enabling the simulation of blood or air circulation to enhance the realism of thoracic procedures. Its morphologically accurate structure supports the development of patient-specific solutions, addressing the unique needs of individual cases. These advanced anatomical models are ideal for training and surgical planning.
Revolutionary Manufacturing Process
This innovation is powered by 3Deus Dynamics’ patented Dynamic Molding process. Unlike conventional methods, this gravity-free technique allows for freeform production without chemical reformulations, support structures, or size restrictions. This process ensures unmatched precision and versatility in creating highly detailed, patient-specific models tailored to thoracic surgery.
Applications in Thoracic Surgery
Beyond its use as an educational tool for surgical trainees, the anatomical lung model is instrumental in refining surgical strategies for experienced practitioners. By simulating real-world conditions, it minimizes reliance on cadaveric training while providing a sustainable, ethical, and reusable solution tailored to the complexities of thoracic surgery.
