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Design and Fabrication of Inexpensive Portable Polar 3D Printer
参考中译:廉价便携式极杆3D打印机的设计与制造


     

文集名：5th International Conference on Robotics and Automation in Industry (ICRAI 2023)
作者：Syed Bacha Hussain Bukhari（Department of Mechatronics Engineering, University of Engineering and Technology (UET)）
Tayyaba Tanveer（Department of Mechatronics Engineering, University of Engineering and Technology (UET)）
Anam Abid（Department of Mechatronics Engineering, University of Engineering and Technology (UET)）
Shahzad Anwar（Department of Mechatronics Engineering, University of Engineering and Technology (UET)）
会议名：5th International Conference on Robotics and Automation in Industry (ICRAI 2023)
会议日期：3-5 March 2023
会议地点：Peshawar, Pakistan
出版年：2023
页码：190-195
总页数：6
馆藏号：347970
分类号：TP2-53/I59/(5th)
关键词：3D printing；Additive manufacturing；Fused deposition modelling；Polar coordinates；Stereolithography
参考中译：3D打印；增材制造；熔融沉积建模；极坐标；立体光刻
语种：eng
文摘：A lot of improvement, research, and growth has taken place in the 3D printing industry over the decades. The technology of 3D printing has evolved throughout time as a result of its rising utilization and popularity. To produce better-quality 3D prints, the 3D printing industry has developed a variety of features and fixtures, including heated printing beds, Bowden extruders, and print bed enclosures. Cartesian 3D printers operate similarly to a CNC machining center, specifically containing the up and down motion of either the print bed or extruder. Another 3D printer configuration is a Delta 3D printer, which has a stationary build platform and uses three motors located on pillars controlling the end-effector location. Consists of a 3D printer extruder with three fixed triangle points that is mounted on a circular print bed. To position the print head where it needs to be to print, each of these three locations may move up and down within the cylinder print structure. With the advent of Polar 3D printers, one of the most significant and obvious modifications to 3D printers has occurred. Despite the fact that this printer is still believed to be in its infancy, 3D printing experts are beginning to see its potential benefits. The design and operation of these printer types significantly diverged from those of the conventional Cartesian and Delta 3D printers. The main aim is to showcase the potential that this polar 3D printer offers better flexibility, reduced cost, and large build volume for printing because of its design, even though the design is simple and compact. In addition, to endorse open science with the application of improved experimental techniques while discussing its limitations.
参考中译：几十年来，3D打印行业进行了大量的改进、研究和增长。由于3D打印技术的使用率和普及率不断上升，3D打印技术一直在发展。为了生产质量更好的3D打印，3D打印行业开发了各种功能和固定装置，包括加热打印床、鲍登挤出机和打印床罩。笛卡尔3D打印机的工作原理类似于数控加工中心，特别包含打印床身或挤出机的上下运动。另一种3D打印机配置是Delta 3D打印机，它有一个固定的构建平台，并使用位于柱子上的三个马达来控制末端执行器的位置。由安装在圆形打印床上的带有三个固定三角点的3D打印机挤出机组成。为了将打印头定位在它需要打印的位置，这三个位置中的每一个都可以在滚筒打印结构内上下移动。随着Polar 3D打印机的出现，3D打印机发生了最重要和最明显的修改之一。尽管人们认为这款打印机仍处于初级阶段，但3D打印专家已经开始看到它的潜在好处。这些打印机类型的设计和操作与传统的笛卡尔和Delta 3D打印机有很大不同。主要目的是展示这款极地3D打印机的潜力，尽管它的设计简单紧凑，但它提供了更好的灵活性、更低的成本和更大的打印构建量。此外，在讨论开放科学的局限性的同时，支持应用改进的实验技术的开放科学。

注：参考中译为机器自动翻译，仅供参考。



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