Germany-basedNaddcon research and development center已经结合了AIM3D’s ExAM 255 3D printer withSiemens NX允许Siemens NX用户直接控制和操作软件的3D打印机的软件。
“Our digital NX approach is intended to better exploit the CEM machine technology from a design and production preparation point of view. There is considerable potential here for free-form surfaces, that is, real 3D contours, but also bionic design strategies,” says Sebastian Kallenberg, Application and Development Engineer at Naddcon.
AIM3D是一家德国多物质3D打印公司。AIM3D表示，考试255 3D打印机是基于颗粒或基于颗粒的材料挤出打印机。西门子NX提供了一系列解决方案，例如CAM，CAD和CAE。NADDCON通过将其集成到NX环境中，使考试255作为数字加工系统访问，从而允许更简化的3D CEM操作。AIM3D认为，与NX的集成只是其用于多物质3D打印机的开放式概念可用的“众多”可能性之一。雷电竞app下载
AIM3D optimizes 3D printing with Siemens NX CAM integration
集成为用户提供了操作3D打印机并生成G代码的不同方法。雷电竞app下载G代码是一种编程语言，用于编程具有数值控制的机器。它由路径条件（g字）和其他特征（M字）组成，每个特征分配了运动或动作。
The bridge between the AIM3D machine firmware and the Siemens NX CAD and CAM environment integrates the 3D printer as a CAM processing machine. The 3D prints can be optimized in terms of bionics, free-form surfaces, selective densities (variable filling strategies), and weight reductions like grid structures relying on a desired requirement profile. The fibers can be laid down in a way that optimizes the force flow, which describes the rigidity or elasticity and mechanical load capacity. Additionally, a database system and powerful simulation models are also available.
根据AIM3D，可以有效地控制整个从设计到生产的整个3D打印过程，可以最佳地设计零件，并且可以实现高可重复性。NX允许精确的机器模拟，这意味着可以根据零件几何形状来精确地管理遍历速度，挤出器性能和温度。
Kallenberg created the integration steps based on a standardized part made of PA6 GF30, the design of which was to be optimized using NX. On the ExAM 255, the programming was assessed on a sample part made of PA6 GF30, the demonstrator. The tool path was produced first, and then tests on the machine were performed to determine the optimum process parameters, as well as potential errors in the post-processor.
使用NX，可以将一些优化应用于演示者。为了优化整个零件的设计，用户可以更换密度，添加晶格结构以减轻体重，控制收缩，施加加强剂，移动钻孔，并使用合格的3D打印机打印它。
Redefining 3D printing via optimization technologies
US 3D打印机OEM碳, acquired generative design software developerParaMatters。此次收购是总部位于加利福尼亚的Photopolymer 3D印刷专家的第一笔收购。Paramatter获取扩大了Carbon Software的拓扑优化功能, allowing customers to develop better products in less time. Using its expanded program portfolio, Co-founder Phil DeSimone believes the company will be able to fill a market void for a modern design system that allows users to fully utilize 3D printing in new product iterations.
Gravity Pull Systems, a provider of additive manufacturing software, introduced an extensive workflow工业3D打印的优化系统。基于ai软件,名叫Synoptik,目的是at service bureaus and manufacturing firms serving a wide range of industries, including aerospace, medical, and automotive. Synoptik intends to fill every niche by offering optimization processes for every step of the 3D printing workflow, from pre-processing to post-processing and quality inspection.
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Featured image shows Sebastian Kallenberg holding component optimized using NX. Image via Naddcon.
