3D-Printed Nasal Surgery Simulation Training Model Kit

Product Functions	Suitable for simulation training of a variety of nasal surgeries under nasal endoscopy, as well as for anatomical teaching, case demonstration, clinical training, and surgical instrument operation training.
Product Characteristics	1. Reconstructed and designed based on medical imaging data, it highly accurately reproduces the anatomical structures of the human nasal cavity (including frontal sinus, ethmoid sinus, sphenoid sinus, maxillary sinus, nasal concha, and nasal septum). 2. Adopting multi-material 3D printing combining rigid and flexible materials, it highly simulates the realistic texture of different tissues. 3. It consists of three major components: 3D-printed skull shell, 3D-printed nasal base, and nasal cavity replacement module (which can be customized into various pathological morphologies and is detachable and replaceable). 4. The built-in nasal cavity replacement module facilitates the observation of internal anatomical structures and allows for easy disassembly and replacement. 5. Customizable pathological models can simulate various lesions to meet diverse training requirements.
Model Shell	1. As the model shell, it is used in conjunction with the surgical training model for easy fixation and operation training. 2. It can be mounted on the simulator to achieve multi-angle adjustment, restore the surgical operating position, and realize highly realistic simulation training.
Model Base	1. As the model base, it is used in conjunction with the nasal cavity replacement module to serve a fixation function. 2. Customizable pathological modules are available to meet the needs of simulating different diseases; they are easy and quick to disassemble and replace, which helps reduce costs.
Nasal Cavity Replacement Module	1. It reproduces the anatomical structure of the human nasal cavity at a 1:1 scale, simulates skin, bone and internal tissue structures with a combination of rigid and flexible materials, and features highly realistic texture. 2. Customizable pathological modules are available to meet the needs of simulating different diseases; they are easy and quick to disassemble and replace, helping to reduce costs.