裝配機器人在家電制造、汽車裝配等領域發揮著重要的作用
發布時間：
2023-04-06 16:21
裝配機器人由主體、驅動系統和控制系統三個基本部分組成，是柔性自動化裝配系統的核心設備。在工業自動化的裝配生產線上，對零件或部件進行裝配的工業機器人,是集光學、機械、微電子、自動控制和通訊技術于一體的高科技產品，具有很高的功能和附加值。
Assembly robots are composed of three basic parts: the main body, driving system, and control system, and are the core equipment of flexible automated assembly systems. In industrial automation assembly production lines, industrial robots that assemble parts or components are high-tech products that integrate optical, mechanical, microelectronic, automatic control, and communication technologies, with high functionality and added value.
裝配機器人從適應的環境不同,又分為普及型裝配機器人和精密型裝配機器人,根據臂部的運動形式不同,分為直角坐標型裝配機器人,垂直多關節型裝配機器人和平面關節型(SCARA)裝配機器人。
Assembly robots can be divided into universal assembly robots and precision assembly robots according to different environments. According to different movement forms of the arms, assembly robots can be divided into Cartesian coordinate system type assembly robots, vertical multi joint type assembly robots and planar joint type (SCARA) assembly robots.
裝配機器人廣泛應用在工業生產中的各個領域。主要用于各種電器制造(包括家用電器,如電視機、錄音機、洗衣機、電冰箱、吸塵器)、小型電機、汽車及其部件、計算機、玩具、機電產品及其組件的裝配等方面。
Assembly robots are widely used in various fields of industrial production. Mainly used in the manufacturing of various electrical appliances (including household appliances such as televisions, tape recorders, washing machines, refrigerators, vacuum cleaners), small motors, cars and their components, computers, toys, mechanical and electrical products and their components assembly, etc.
在汽車裝配行業中，人工裝配已基本上被自動化生產線所取代，這樣既節約了勞動成本，降低了勞動強度，又提高了裝配質量并保證了裝配安全。隨著裝配機器人功能的不斷發展和完善，以及裝配機器人成本的進一步降低，未來其將在更多的領域發揮更加重要的作用。
In the automotive assembly industry, manual assembly has been basically replaced by automated production lines, which not only saves labor costs, reduces labor intensity, but also improves assembly quality and ensures assembly safety. With the continuous development and improvement of assembly robot functions, as well as the further reduction of assembly robot costs, it will play a more important role in more fields in the future.
通過借助電子顯微鏡，微裝配機器人能夠操作和裝配數十微米的微機系統零部件、通過多機器人協調作業實現大型構件的裝配任務等。
By using an electron microscope, micro assembly robots can operate and assemble components of microcomputer systems that are tens of micrometers in size, and achieve assembly tasks of large components through multi robot coordination.
裝配機器人的優點：
Advantages of assembly robots:
1、操作速度快，加速性能好，縮短工作循環時間。
Fast operation speed, good acceleration performance, and shortened working cycle time.
2、精度高，具有極高的重復定位精度，保證裝配精度。
High precision, with extremely high repeated positioning accuracy, ensuring assembly accuracy.
3、提高生產效率，解決單一繁重體力勞動。
Improve production efficiency and solve single heavy physical labor.
4、改善工人勞動條件，擺脫有毒、有輻射裝備環境。
Improve the working conditions of workers and get rid of toxic and radiation equipment environments.
5、可靠性好、適應性強、穩定性高。
Good reliability, strong adaptability, and high stability.
6、柔順性好、工作范圍小、能與其他系統配套使用。
Good flexibility, small working range, and can be used in conjunction with other systems.
由此可見，裝配機器人在工業裝配領域發揮著非常重要的作用，尤其是近年來，在汽車、電子等行業相繼引進了不少配有裝配機器人的先進生產線，未來，裝配機器人更是制造業提能增效的有效方式。
It can be seen that assembly robots play a very important role in the industrial assembly field, especially in recent years, many advanced production lines equipped with assembly robots have been introduced in industries such as automobiles and electronics. In the future, assembly robots will be an effective way to improve energy and efficiency in the manufacturing industry.
裝配機器人