Training Model for Laparoscopic Surgery Robot - Type A

Accurate dissection, highly realistic

Based on clinical CT/MRI imaging data, 1:1 restoration of the size, shape, and positional relationship of human tissues and organs, fully covering the core anatomical structures of the abdominal and pelvic cavities; The skeletal framework is printed with 3D resin, ensuring both structural accuracy and durability; Built in pneumoperitoneum design, accurately simulating the clinical pneumoperitoneum environment and instrument approach, and the operating scenario conforms to real surgery.

Flexible and practical, adaptable to diverse needs

Adopting modular design, organs and tissues can be easily replaced and combined, making it easy to maintain and switch between different training contents; Support personalized customization for customers, allowing them to customize specific tissues, organs, or lesion shapes (such as tumor size and location) according to their needs, meeting the personalized needs of teaching and research.

Fully functional, covering core training programs

Compatible with standard surgical instruments such as laparoscopic instruments, separation forceps, and electrocoagulation instruments, it can carry out key technical training such as tissue ligation and dissection, narrow space tissue separation, gap finding, and organ mobilization, and is suitable for the entire stage of laparoscopic surgery training from basic to advanced.

FAQ On Training Model for Laparoscopic Surgery Robot - Type A

What are the advantages of the anatomical structure and materials of this model, and can it ensure the authenticity of training?

Answer: The model is designed with 1:1 precision based on real clinical CT/MRI imaging data, and fully reproduces the anatomical structures of the abdominal and pelvic cavities; The organ tissue is made of medical grade safe silicone, with a realistic touch, and the bone frame is 3D resin printed, balancing accuracy and durability; The built-in pneumoperitoneum can simulate clinical pneumoperitoneum environment, and the operating scenario is highly consistent with real surgery, effectively ensuring the authenticity of training.

Does the model support personalized training needs and is it easy to maintain in the future?

Answer: Support. The product adopts modular design, and organs and tissues can be easily replaced and combined, allowing for quick switching between different training contents; At the same time, specific tissues, organs, or lesion forms (such as tumors) can be customized according to customer needs to meet personalized teaching and research needs; The modular structure also makes later maintenance simpler and more efficient.

What laparoscopic surgery related training programs can this model carry out?

Answer: Core basic and advanced training programs for laparoscopic surgery can be carried out, including tissue ligation and dissection, tissue separation in narrow spaces, gap finding (such as bladder neck gap), organ mobilization (such as free kidneys and ureters), and other fine operations. It is compatible with standard surgical instruments such as laparoscopic instruments, separation forceps, grasping forceps, and electrocoagulation instruments.