New York-based software companyNtopology已经引入了其最新的生成设计解决方案nTop Platform。
According to Blake Perez, Application Engineer at the company, “The nTop Platform is helping companies realize new products by integrating the Design for Additive Manufacturing (DfAM) workflow and removing inherent barriers to iterative redesign.”
“Most models and methods for design and innovation suggest that true innovation comes from not just a single event of inspiration, but rather the constant iteration and improvement upon an initial idea or design. Grit prevails over genius.”
为了展示产品的功能，该公司还将在7月举办NTOP网络研讨会。
The nTop Platform
Ntopology成立于3年前，开发了生成设计软件来解决工业级挑战。Element，公司的另一个软件可以通过用户定义的输入，导入数据或我们的集成FEA优化晶格结构。现在，随着NTOP的商业发布，工程师将能够将“强大，统一，产品设计，分析”与制造业集成在一起。该平台使用隐式建模和基于现场的设计进行快速产品开发。
NTOP平台改变了团队的运作方式，增强自动化，并能够创建和生产高度复杂，创新的产品。”
医疗部门的生成设计
nTopology软件被应用ed in the aerospace, automotive, and medical sectors. Earlier this year, British metal 3D printing specialist,雷尼沙, collaborated with nTopology, and research organization爱尔兰制造研究(IMR) to streamline the 3D printing of spinal implants.
IMR developed the initial designs of an implant using the nTop Platform to mimic the structure of human bone with lattice structures. This was then additively manufactured in titanium material (Ti 6Al-4V ELI) on a Renishaw RenAM 500M 3D printer.
7月2日，Ntoplogy主持了webinar标题为“nTop Platform: Enabling the highest-performing parts, faster”o演示新软件的功能。
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Featured image shows brackets modeled on the nTop Platform. Image via nTopology.
