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Application of rapid prototyping and rapid tooling for development of patient-specific craniofacial Implant: an Investigative study

机译:快速原型和快速工具在开发特定于患者的颅面植入物中的应用:一项调查研究

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摘要

In today's competitive world, the life-style of the average human being has become very fast. This causes a huge number traffic accidents resulting in various types of injuries. In India, most of these accidents take place during bike riding and this causes different types of fracture of bones. One of these injuries is head injury. For the proper treatment of such patients, demands for patient-specific craniofacial bio-implants are increasing day by day. This kind of 'tailored' implant development through near net shape manufacturing is a highly challenging task since the developmental time and cost has to be as low as possible. At the Central Mechanical Engineering Research Institute (CMERI), one such process of implant development was explored taking one case of head injury. The implant was developed through the "3D CAD-rapid prototyping (RP)-rapid tooling (RT)-investment casting (IC)" route. For achieving the task, only the facilities available at CMERI were utilized.
机译:在当今竞争激烈的世界中,普通人的生活方式已经变得非常快。这导致大量交通事故,导致各种类型的伤害。在印度,大多数此类事故发生在骑自行车的过程中,这会导致不同类型的骨骼骨折。这些伤害之一是头部受伤。为了对这类患者进行适当的治疗,对患者特定的颅面生物植入物的需求日益增加。通过近乎最终形状的制造来进行这种“量身定制”的植入物开发是一项极富挑战性的任务,因为开发时间和成本必须尽可能低。在中央机械工程研究所(CMERI),研究了一种这样的植入物开发过程,其中有1例头部受伤。通过“ 3D CAD快速原型(RP)快速工具(RT)-精密铸造(IC)”路线开发了植入物。为了完成任务,仅使用了CMERI可用的设施。

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