Key Factors in Robotic Welding Cell Design and Integration
2026-10-14
Key Factors in Robotic Welding Cell Design and Integration Robotic welding can improve production consistency and reduce repetitive manual work, but successful automation depends on much more than the welding robot itself. A complete robotic welding cell combines a robot, welding equipment, fixtures...
View More
When Does an Industrial Robot Need a 7th Axis?
2026-10-13
When Does an Industrial Robot Need a 7th Axis? An industrial robot can perform a wide range of automation tasks, but its reach is limited by its mechanical structure and installation position. When a production process requires the robot to serve multiple workstations or cover a longer working area, ...
View More
Joint Motion vs Linear Motion in Industrial Robots: Key Differences
2026-10-12
Joint Motion vs Linear Motion in Industrial Robots: Key Differences When programming an industrial robot, choosing the right movement type can affect cycle time, path accuracy, and how the robot interacts with surrounding equipment. Joint motion and linear motion are two commonly used movement types ...
View More
How Robot Payload and Inertia Affect Motion Performance
2026-10-11
How Robot Payload and Inertia Affect Motion Performance When selecting an industrial robot, payload is often one of the first specifications buyers check. However, a robot's ability to handle a workpiece depends on more than its weight. The position of the load's center of gravity, its inertia, and ...
View More
What Is Robot Cycle Time and How Can It Be Reduced?
2026-10-10
What Is Robot Cycle Time and How Can It Be Reduced? Robot cycle time is an important factor when evaluating the productivity of an automated production process. A robot may have a high maximum speed, but that does not necessarily mean the complete application has a short cycle time. Robot movement, ...
View More
