太阳能电池镀膜上下料自动化设备研发及关键技术优化

R&D of Automatic Loading and Unloading Equipment for Solar Cell Coating and Optimization of Key Technologies

摘要: 本文介绍了一款用于太阳能电池镀膜工艺的上下料自动化设备的研发与设计。文章详述了设备的总体布局及四大核心组成单元的机械结构与工作流程。简要提及了针对石墨舟变形定位、硅片缺陷视觉检测(2D + 3D结合)、机器人奇异点规避等关键技术难点的解决方案，并列出了设备的主要技术指标(如产能、碎片率等)，旨在通过自动化手段提升光伏电池生产的效率与良率。

Abstract: This paper introduces the research and development as well as the design of an automatic loading and unloading equipment for solar cell coating processes. The article elaborates on the overall layout of the equipment and the mechanical structure and working process of its four core components. It briefly mentions the solutions to key technical difficulties such as graphite boat deformation positioning, silicon wafer defect visual inspection (combined 2D + 3D), and robot singularity avoidance, and lists the main technical indicators of the equipment (such as production capacity, chip rate, etc.), aiming to improve the efficiency and yield of photovoltaic cell production through automated means.