3D printing method for large-size complex-structure bone tissue
A 3D printing and complex structure technology, applied in the field of medical materials, can solve the problems of wasting material time, exceeding the printing range, repeated printing, etc., and achieve the effects of saving printing materials, increasing the printing success rate, and saving printing time
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[0042] The printing of the spinal deformity model in this embodiment is an example. Because the length of the whole spine exceeds the range of the printer in use and the local structure is complicated due to the existence of serious deformities, it will not be possible to print on the printer in use if it is not divided into simple modules. Adjusting the placement position and putting it down barely, there is also the risk of overall printing failure due to local collapse. Therefore, it is necessary to divide the whole spine model into smaller modules. The specific operation method is as follows:
[0043] Step 1, utilize Mimics modeling software to establish spinal deformity model (such as figure 1 );
[0044] Step 2, the above-mentioned spinal deformity model is divided into two independent sub-models (such as figure 2 ), the model structure after the integration of two independent sub-models is as follows image 3 shown;
[0045] Step 3, import the above two independent ...
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