Nowicki Adam, Osypko Karolina, Kurzawa Adam, Roszak Maciej, Krawiec Karina, Pyka Dariusz
Diamante Dental Clinic, ul. Sportowa 48A/C, 59-300 Lubin, Poland.
Dental Salon, Oral Surgery Academy, ul. E. Horbaczewskiego 53A, 54-130 Wroclaw, Poland.
Biomedicines. 2024 Apr 15;12(4):870. doi: 10.3390/biomedicines12040870.
In this study, the authors analyzed modern resin materials typically used for temporary reconstructions on implants and manufactured via 3D printing. Three broadly used resins: NextDent Denture 3D, NextDent C&B MFH Bleach, and Graphy TC-80DP were selected for analysis and compared to currently used acrylic materials and ABS-like resin. In order to achieve this, mechanical tests were conducted, starting with the static tensile test PN-EN. After the mechanical tests, analysis of the chemical composition was performed and images of the SEM microstructure were taken. Moreover, numerical simulations were conducted to create numerical models of materials and compare the accuracy with the tensile test. The parameters obtained in the computational environment enabled more than 98% correspondence between numerical and experimental charts, which constitutes an important step towards the further development of numeric methods in dentistry and prosthodontics.
在本研究中,作者分析了通常用于种植体临时修复且通过3D打印制造的现代树脂材料。选择了三种广泛使用的树脂:NextDent义齿3D、NextDent C&B MFH漂白树脂和Graphy TC - 80DP进行分析,并与目前使用的丙烯酸材料和类似ABS的树脂进行比较。为了实现这一目标,首先进行了PN - EN静态拉伸试验等机械测试。机械测试后,进行了化学成分分析并拍摄了扫描电子显微镜微观结构图像。此外,还进行了数值模拟,以创建材料的数值模型并将其精度与拉伸试验进行比较。在计算环境中获得的参数使得数值图表与实验图表之间的对应度超过98%,这是牙科和口腔修复学中数值方法进一步发展的重要一步。