Pressurised putty technique: A technical report

Joshua Ee Xin Ong
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Abstract

The surface detail reproducibility of conventional putty impressions is hindered by high viscosity and low flowability. In the plastic industry, injection moulding application utilizes an influx of pressure to achieve better flowability. Leveraging this concept, this technical report investigated the impact of pressure on surface detail reproducibility and structural homogeneity, featuring the pressurised putty technique. Surface detail reproducibility and structural homogeneity of three techniques (non-pressurised, putty & light body wash and pressurised) were visually assessed and differences in surface detail reproducibility were observed among all techniques. Whilst a pressurised clear-based putty index presented a more uniform glassy finish. The outlined technique suggests a simplistic and cost-effective way of improving a putty index, which may benefit many clinicians in terms of prosthodontic success.
压腻子技术:技术报告
常规腻子印模的表面细节再现性受到高粘度和低流动性的阻碍。在塑料工业中,注射成型应用利用涌入的压力来实现更好的流动性。利用这一概念,本技术报告研究了压力对表面细节再现性和结构均匀性的影响,并采用了加压腻子技术。三种技术的表面细节再现性和结构均匀性(非加压,腻子&;对轻沐浴和加压沐浴进行了视觉评估,并观察了所有技术在表面细节重现性方面的差异。而加压透明基腻子则呈现出更均匀的玻璃光洁度。概述的技术提出了一种简单和经济有效的方法来改善腻子指数,这可能有利于许多临床医生在修复方面的成功。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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