Dongguan Maxseas Medical Technology Co., Ltd.

1. Reconstructed and designed based on medical imaging data, it highly accurately reproduces the detailed structures of the squamous part, tympanic part, petrous part, mastoid part and styloid process of the human temporal bone, such as mastoid air cells and inner ear structures.

2. Adopting integrated multi-material 3D printing with a combination of rigid and flexible materials, it features a realistic tactile feel and supports simulation training of bone drilling and clinical surgeries using real surgical instruments.

3. It is equipped with fine structures including the external auditory canal, internal auditory canal, cancellous bone, auditory ossicle chain, semicircular canals and facial nerve, improving the accuracy and stability of training.

1. Designed with a temporal bone replacement module, it can be customized to simulate bone quality, anatomical structures and pathological changes of different age groups, meeting diverse simulation training needs with easy replacement.

2. The mastoid air cells in the replacement module adopt a hollow structure, which highly accurately reproduces the real anatomical structure of the human body and the tactile experience during operation.