Why you should combine robot dexterity with mechanical positioning for complex assembly operations

Robotics professionals recognize the importance of mechanical positioning and its impact on a machine’s mobility, range, and speed. Considering these characteristics more comprehensively could yield greater efficiency in automated assembly operations.

Positioning is essential for a robot’s success because it defines its potential as well as its limitations. Every machine is inhibited and empowered by its mechanisms, such as its joints and actuators. Positioning systems enable every component to operate at its maximum potential.

Linear transfer systems expand a robot’s range of motion, including linear and robot transfer units that promote fluid movement along a track. These mechanisms enable large-scale projects, such as aerospace and defense products, to be largely produced with robotic aids. Models that are making waves tout seventh-axis mobility and fast deployment.

Rotary index tables are components that promote precision and speed in repeated processes. They are embedded in robots to enable rapid rotational movement during assembly. The tables amplify equipment by allowing robots to do multiple tasks simultaneously, including assembly, packing, and quality control.

Multi-axis workpiece positioners enable robots to move in ways that enhance complex assembly operations.

Source: The Robot Report