Abstract
The role of preoperative MR imaging is crucial in determining the region of injury and in fixing the exact problem to get satisfactory results. The MRI of a knee provides detailed images of structure within the knee joint including cartilage, ligaments, bones, and muscles from different angles. The MRI images in DICOM format would be imported into 3D slicer for the generation of STL. Slicing is performed over the solid model of STL format by dividing its surface into triangles. This work focuses on studying the effect of slicing thickness and slicing increment on the surface finish and build time to generate a solid physical model. Regression equation modeled from ANOVA has been used to optimize the parameters influencing the outcomes with 95% accuracy.
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