Role of rapid prototyping in preoperative planning and patient-specific implant generation

D. L. Anderson
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引用次数: 6

Abstract

Rapid Prototyping is making inroads into industries throughout the world. Other tools that act as "bridges" between many of the existing technologies are also becoming available. Stereolithography (SL) makes it possible to get an accurate physical part from computer-aided design (CAD) data into the hands of the designers in a relatively short period of time. Quick Cast technology (via SL) bridges the CAD and investment (lost wax) casting technologies by direct casting pattern generation-allowing the creation of castings without tooling. Surgicad, a CT-to-CAD conversion package, bridges the gap between CT imaging and the creation of a CAD database that can subsequently be used to create a physical part via SL. DePuy is utilizing these tools and technologies to facilitate the creation of patient-specific implants and preoperative surgical planning. Examples discussed include preoperative planning for surgical repair of an intercondylar fracture and a patient-specific femoral knee implant for revision surgery.
快速成型在术前计划和患者特异性植入物生成中的作用
快速成型技术正在进入世界各地的工业领域。在许多现有技术之间充当“桥梁”的其他工具也正在变得可用。立体光刻(SL)可以在相对较短的时间内从计算机辅助设计(CAD)数据中获得精确的物理部件。快速铸造技术(通过SL)通过直接铸造模式生成连接了CAD和投资(失蜡)铸造技术,允许在没有工具的情况下创建铸件。Surgicad是一个CT到CAD的转换包,它在CT成像和CAD数据库的创建之间架起了桥梁,CAD数据库随后可以通过SL创建物理部件。DePuy正在利用这些工具和技术来促进患者特定植入物的创建和术前手术计划。讨论的例子包括髁间骨折的手术修复的术前计划和用于翻修手术的患者特异性股骨膝关节植入物。
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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