Help medical professionals in innovative practice and ability enhancement with advanced medical simulation products, enabling them to cope with serious clinical challenges calmly.
The 3D data of medical models such as silicon blood vessels and endoscope training are derived from real human CT/MRI data (Dicom format).
The combination of 3D printing and flexible material manufacturing technology makes the model conform to human property, resulting in highly reliable replicated anatomical structure.
By matching the supporting equipment with the medical model, simulate the temperature, pressure, flow, heart rate and other parameters of the human body to achieve a more realistic simulation of the human circulatory system.
Accessories are mainly used to simulate blood, thrombus, polyp, stone, etc., which can more realistically simulate human circulation environment and corresponding pathology.
Provide 1:1 high simulation organs and supporting devices for human body, provide physical testing basis for device development personnel, and quickly evaluate device performance.
Anatomical reality: The model data is derived from human CT data, designed and produced in a 1:1 ratio.
Material simulation: Multiple materials available to simulate the physical texture and parameters of organs.
Development of supporting equipment: including model power source, support and observation devices.
Medical body model development, to provide customers with the most suitable simulation device, accelerator research and development.
Design and manufacture the optimal display and training model based on the characteristics of the device, providing an intuitive practical experience for the device and presenting its advantages intuitively.
Personalized customization: customize the device simulation plan according to usage requirements
Material simulation: Multiple materials available to simulate the physical texture and parameters of organs
Portable and easy to use: Lightweight design, integrated packaging box, easy to carry
One stop model and simulation device development, providing customers with the most suitable simulation device, allowing target customers to quickly understand the characteristics of the device.
Design and manufacture a 1:1 high simulation model based on the characteristics of surgical training.
Anatomic simulation: design and production based on clinical CT and real case data
Operational texture simulation: multiple materials available, simulating the physical texture and parameters of organs
Development of supporting equipment: including training and assessment software, providing training effectiveness evaluation
Provide customers with standard and customized training models and simulators, targeted training modules, and improve training efficiency.
This Bronchoscopy surgery training simulator adopts a high-simulation bronchus model produced based on clinical CT data as well as internal visual reproduction and virtuality-reality combination technology, which simulates the touch sense of bronchoscope operation and scene to a very high degree. With a clear operation image and similar touch sense to clinical operation, it can be used to train young bronchoscopists according to the courses and clinical training cases formulated by experts, help the trainee master correct clinical diagnostic thinking and operation methods, standardized bronchus diagnosis and treatment skills soon, while shortening the bronchoscope learning cycle considerably.
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