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Compared with simple,monotonous,single working machines,industrial robots can perform more complex,complex,and complex jobs.In recent years,with the continuous upgrading of vision systems and force sensors,the application scope of robots has been further expanded.

At this stage,industrial robots have broken through the previous obstacles and greatly expanded their active fields,not only on the familiar production lines of automobiles and electrical and electronic factories,but also in the fields of food,medical,chemical,optical,and aerospace manufacturing.This issue will introduce the application cases of Kawasaki robots in the aviation manufacturing industry.

As we all know,aviation manufacturing has always been one of the advanced technology-intensive industries.Due to the complex shape and structure of aviation parts,various materials,and strict machining accuracy,the quality control requirements of parts are extremely strict.

与简单、单调、单一的工作机器相比，工业机器人可以从事更复杂、更复杂、更复杂的工作。近年来，随着视觉系统和力传感器的不断升级，机器人的应用范围进一步扩大。

现阶段，工业机器人突破了以往的障碍，大大扩大了活跃领域，不仅在熟悉的汽车和电子电器厂生产线上，而且在食品、医疗、化学、光学、航空制造等领域。本期将介绍川崎机器人在航空制造业的应用案例。

众所周知，航空制造业一直是先进的技术密集型产业之一。由于航空零部件形状结构复杂，材料多样，加工精度严格，零部件质量控制要求极其严格。