HUB3D:智能制造 HUB 系统

Antonio Trejo-Morales, E. Franco-Urquiza, Hansell David Devilet-Castellanos, Darío Bringas-Posadas
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引用次数: 0

摘要

HUB3D 是通过集成先进的硬件和软件来管理和操作 3D 打印机农场的尖端解决方案。它具有直观、反应灵敏的界面,支持各种设备之间的无缝交互。利用云服务确保了系统的稳定性、安全性和可扩展性,使来自不同地点的用户能够轻松上传和管理他们的三维打印项目。硬件组件包括一个专用机架,可容纳多达四台 3D 打印机,每台打印机都由一个通过 Raspberry Pi 技术控制的机械臂进行同步和管理。这种设置有利于连续运行和高度自动化,优化了生产效率,大大减少了停机时间。这种集成方法使 HUB3D 站在了快速成型制造管理的最前沿。通过将强大的硬件功能与复杂的软件功能和云集成相结合,该系统具有无与伦比的优势。它支持连续生产流程,提高了工作流程效率,并实现了对打印操作的远程监控和管理。总之,HUB3D 的创新设计和全面功能既能满足个人用户的需求,也能满足企业简化 3D 打印工作流程的需求。HUB3D 以可扩展性、自动化和远程可访问性为核心,代表了现代制造技术的重要进步,有望提高增材制造领域的生产率和操作灵活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
HUB3D: Intelligent Manufacturing HUB System
HUB3D represents a cutting-edge solution for managing and operating a 3D printer farm through the integration of advanced hardware and software. It features intuitive, responsive interfaces that support seamless interaction across various devices. Leveraging cloud services ensures the system’s stability, security, and scalability, enabling users from diverse locations to effortlessly upload and manage their 3D printing projects. The hardware component includes a purpose-built rack capable of housing up to four 3D printers, each synchronized and managed by a manipulator arm controlled via Raspberry Pi technology. This setup facilitates continuous operation and high automation, optimizing production efficiency and reducing downtime significantly. This integrated approach positions HUB3D at the forefront of additive manufacturing management. By combining robust hardware capabilities with sophisticated software functionalities and cloud integration, the system offers unparalleled advantages. It supports continuous manufacturing processes, enhances workflow efficiency, and enables remote monitoring and management of printing operations. Overall, HUB3D’s innovative design and comprehensive features cater to both individual users and businesses seeking to streamline 3D printing workflows. With scalability, automation, and remote accessibility at its core, HUB3D represents a pivotal advancement in modern manufacturing technology, promising increased productivity and operational flexibility in the realm of additive manufacturing.
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