Performance characteristics of Articulated Robot

High flexibility: Due to its multiple joints, Articulated Robot can achieve various complex motion trajectories in three-dimensional space, such as bending, twisting, stretching, etc. This flexibility allows it to easily work in workspaces of different shapes and layouts.

High-precision operation: With the help of sophisticated control systems and high-precision sensors, Articulated Robot can achieve extremely high operating accuracy.

Strong load capacity: From light robots that can handle objects of several kilograms to heavy robots that can carry heavy objects weighing hundreds of kilograms, it meets the needs of object handling and operation in various industrial scenarios.

High speed and high efficiency: With high movement speed and acceleration, it can complete a large number of repetitive work tasks in a short time.

Good reliability and stability: The use of high-quality materials and advanced manufacturing processes ensures that the robot can operate stably and reliably in long-term, high-intensity working environments.

Multifunctional application: By replacing different end effectors, Articulated Robot can achieve a variety of functions.