材料科学
牙冠(牙科)
表面粗糙度
抗弯强度
3d打印
复合材料
温度循环
表面光洁度
硬度
牙瓷
陶瓷
热的
生物医学工程
医学
物理
气象学
作者
Mohammed M. Gad,Hoor A. Al Mahfoudh,Fatimah A. Al Mahfuth,Khalid Hashim,Soban Q. Khan,Faisal D. al‐Qarni,Nadim Z. Baba,Fawaz Alharbi
摘要
Permanent 3D-printed resins have lower strength than CAD-CAM milled materials. 3D-printed permanent resin materials exhibited high roughness and comparable hardness to CAD-CAM materials. Thermal aging negatively affected the properties of 3D-printed permanent crowns. Owing to the low strength of 3D-printed permanent resins, they may not be recommended for clinical practice until further improvements in flexural strength are made to meet clinical standards.
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