The first step in selecting a robot is to define the tasks it will perform. Different scenarios have significantly different requirements for robots.
When introducing collaborative robots to a production line, a clear selection strategy is key to successful automation upgrades. Here is a systematic selection guide:
Electronics/Medical Industry: Requires high-precision robots (repeatability within ±0.05mm) for precision assembly or inspection.
Automotive/Metal Processing: Prioritizes load capacity (e.g., over 10kg) and working radius to handle heavy workpiece handling or welding.
Logistics/Palletizing: Focuses on palletizing efficiency and deployment flexibility; for example, Guohongxin collaborative palletizing robots can achieve a high efficiency of 6-12 pieces/min.
The primary step in selection is to define the specific scenario in which the robot will be used, such as precision assembly, welding, material handling, inspection, or packaging. Different scenarios have significantly different core performance requirements for robots. Electronics Industry/Precision Assembly: Typically requires extremely high repeatability, reaching ±0.05 mm or even higher.
Automotive Manufacturing/Heavy Load Handling: Focuses more on load capacity, with common requirements ranging from 3 to 20 kg.
Flexible Production Lines/Frequent Changeovers: Emphasis should be placed on the robot's flexibility, rapid deployment capabilities, and ease of programming.
