Obinna I Nwosu, Alicia M Quesnel, Matthew G Crowson, Stacey T Gray
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引用次数: 0
摘要
获取尸体颞骨(TB)所需的巨额费用促使许多人寻求更具成本效益的颞骨手术模拟替代品。多项研究支持树脂三维(3D)打印颞骨作为模拟颞骨解剖的高保真有用替代品的表面有效性。然而,很少有文献介绍大规模内部制造树脂结核的相关成本或时间。本文回顾了为年度解剖课程内部开发树脂结核病模型所需的硬件和制造成本及时间。我们从一个开放源码的结核病模型库中查询了一个候选模型,并对其进行了编辑,以便在最近开发的树脂三维打印机上进行最佳打印。在所述工作流程中,我们能够以每个 6.40 美元的价格 3D 打印出 60 个结核病模型,材料总成本为 384.10 美元,低于一具尸体结核病标本的价格(400-700 美元)。
Considering the Costs: Resin 3D Printing for a Temporal Bone Dissection Course.
Significant costs associated with obtaining cadaveric temporal bones (TBs) have led many to seek more cost-effective alternatives for TB surgical simulation. Multiple studies support the face validity of resin 3-dimensional (3D)-printed TBs as high-fidelity, useful alternatives for simulating TB dissection. However, a paucity of literature describes the cost or time associated with in-house manufacturing of resin TBs at scale. This paper reviews the hardware and manufacturing costs, and time required for in-house development of resin TB models for an annual dissection course. An open-source library of TB models was queried for a candidate model which was edited for optimal printing on a recently developed resin 3D printer. In the described workflow, we were able to 3D-print 60 TB models at $6.40 each, for a total material cost of $384.10, less than the price of a single cadaveric TB specimen (∼$400-$700).
期刊介绍:
Otolaryngology–Head and Neck Surgery (OTO-HNS) is the official peer-reviewed publication of the American Academy of Otolaryngology–Head and Neck Surgery Foundation. The mission of Otolaryngology–Head and Neck Surgery is to publish contemporary, ethical, clinically relevant information in otolaryngology, head and neck surgery (ear, nose, throat, head, and neck disorders) that can be used by otolaryngologists, clinicians, scientists, and specialists to improve patient care and public health.