摘 要
本文围绕自动化焊接技术展开研究，首先概述了自动化焊接技术的定义、特点及发展历程，明确了其在现代工业生产中的重要地位。随后，介绍了当前主流自动化焊接技术，包括激光焊接、机器人焊接和电阻焊接等，揭示了这些技术在提高生产效率与焊接质量方面的显著优势。然而，自动化焊接新技术在实际应用中面临着设备兼容性不足、技术门槛高、技术适应性不足以及系统集成复杂度高等问题，这些问题限制了其进一步推广与应用。针对这些问题，本文提出了建立兼容性测试机制、加强技术培训、定制化开发以及采用标准化协议等优化对策，旨在提升自动化焊接技术的适应性、降低技术门槛、简化系统集成过程，并增强设备间的兼容性。通过这些优化措施，本研究为自动化焊接技术的持续发展和创新提供了有力支持，对于推动我国制造业的转型升级和提升国际竞争力具有重要意义。
关键词：自动化焊接;技术应用;优化对策
Abstract
This paper focuses on the automatic welding technology, first summarizes the definition, characteristics and development process of the automatic welding technology, and clarifies its important position in the modern industrial production. Subsequently, the current mainstream automatic welding technologies, including laser welding, robot welding and resistance welding, are introduced, revealing the significant advantages of these technologies in improving production efficiency and welding quality. However, the new application of automatic welding technology is faced with the problems of insufficient equipment compatibility, high technical threshold, insufficient technical adaptability and high complexity of system integration, which limit its further popularization and application. In view of these problems, this paper puts forward the optimization countermeasures such as establishing compatibility test mechanism, strengthening technical training, customized development and adopting standardized protocols, aiming to improve the adaptability of automatic welding technology, reduce the technical threshold, simplify the system integration process, and enhance the compatibility between equipment. Through these optimization measures, this study provides strong support for the continuous development and innovation of automatic welding technology, which is of great significance for promoting the transformation and upgrading of China's manufacturing industry and the promotion of international competitiveness.
Keywords：Automatic welding; technology application; optimization countermeasures
目 录
引 言 1
第一章 自动化焊接技术相关概述 2
1.1 自动化焊接技术的定义义 2
1.2 自动化焊接技术的特点 2
1.3 自动化焊接技术的发展历程 3
第二章 主流自动化焊接技术介绍 4
2.1 激光焊接技术 4
2.2 机器人焊接技术 4
2.3 电阻焊接技术 5
第三章 自动化焊接新技术应用问题分析 6
3.1 设备兼容性不足 6
3.1.1 接口标准存在差异 6
3.1.2 物理接口不匹配 6
3.2 技术门槛高 7
3.3 技术适应性不足 7
3.4 系统集成复杂度高 7
第四章 自动化焊接新技术应用问题的优化对策 9
4.1 建立兼容性测试机制 9
4.1.1 明确接口标准 9
4.1.2 定制化接口设计 9
4.2 加强技术培训 10
4.3 定制化开发 10
4.4 采用标准化协议 11
结 论 12
参考文献 13
致 谢 14
