Manufacturing method of human body bionic bone model for medical instrument and equipment developing and practical training

Abstract

The invention discloses a manufacturing method of a human body bionic bone model for medical instrument and equipment developing and practical training. The manufacturing method is particularly implemented by the following steps: 1, taking a model: taking a true man or animal bone of which the model needs to be manufactured, and turning the model to manufacture an original model with the same appearance and bone; 2, manufacturing and producing a mold: manufacturing the mold by the original model manufactured in the step1 ; 3, after the mold is completely cooled, adding a polyurethane foaming material into the mold to form a bone model and taking out the bone model after solidification; and 4, coating the whole body of the bone with a developing coating material and drying, wherein the coating material in the step 4 is metal powder. The manufacturing method has the benefits that the structure is bionic and suitable for orthopedic medical practitioners to simulate clinical practice, so that various kinds of practical operations which are done on the true man skeletons or animal bones can be replaced; the structure is suitable for orthopedic medical intelligent robots to simulate clinical practice, such as bone repair minimally invasive surgery; and after each scleromere of a spinal model is used, a new scleromere can be replaced rapidly, so that time and cost are saved.

Description

Technical field [0001] The invention relates to the technical field of specimen making, in particular to a method for making a human body bionic bone model for medical instrument development training. Background technique [0002] The emergence of artificial intelligence orthopedic medical robots solves the failure of the operation caused by mood swings, lack of energy, and short medical practice in orthopedic medical operations. It also reduces the pain of patients from a minimally invasive perspective, but operating orthopedic medical robots After all, the practical knowledge cannot be obtained from real people. In order to solve the problem of clinical training, the orthopedic medical intelligent robots developed and registered in my country can only be purchased from abroad at high prices, which makes the clinical training cost of orthopedic medical robots high and slow to promote. In order to adapt to the development of modern medical technology, with the simulated clinical...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the existing problems of low efficiency in cultivating orthopedic medical practitioners and the need to use animals or real human bones for simulation training, resulting in high cost, long time consumption and few sources, the present invention provides a medical instrument and equipment development training Manufacture method of bionic bone model of human body