Why you should combine robot dexterity with mechanical positioning for complex assembly operations
From left to right: The FANUC LR Mate 200 iD, the KUKA KR QUANTEC, and ABB’s IRB 6700. | Source: FANUC, KUKA, ABB Robotics Robotics professionals know how much the industry will grow in the coming years, especially because of the numerous disruptive advancements that keep entering workflows. While automation is the goal, experts are recognizing the importance of mechanical positioning and its impact on the machine’s mobility, range and speed. Considering these characteristics more comprehe
Get smart on it
Combining robot dexterity with mechanical positioning systems enables robots to perform complex assembly operations more effectively. Mechanical positioning, which includes linear transfer systems, rotary index tables, and multi-axis workpiece positioners, expands a robot's range of motion and allows it to work at maximum efficiency while handling tasks that would otherwise require manual labor. Vision-based positioning and real-time sensor feedback allow robots to adjust their movements in response to obstacles and variations in the environment. According to case studies, this integration of dexterity and positioning has helped manufacturers improve assembly efficiency, reduce labor requirements, and handle large-scale or custom production with greater precision.
Related news
Blattner awards Built Robotics $75M contract for physical AI to help meet energy demand
Built Robotics and Blattner have already successfully deployed solar power projects. Source: Built Robotics Not only is artificial intelligence making robots more capable, but it is also driving demand for power and data center construction. Blattner Co. and Built Robotics Inc. today announced a $75 million contract to scale autonomous construction systems across Blattner projects nationwide. The companies said the agreement expands on their partnership announced last year and builds on seven su
In Robotics, Ruggedization Is No Longer Optional
By Isaiah Dominguez, Director of Marketing, WiBotic As autonomy moves beyond controlled environments, ruggedized design is becoming a prerequisite for reliable robotic operations. For years, many autonomous mobile robots were designed around a simple assumption: the operating environment would remain relatively predictable. Warehouse floors were flat. Lighting was consistent. Temperatures were controlled. Connectivity was reliable. In those conditions, autonomy could thrive. Today, that assumpt
