An articulated robot is a type of robot that can mimic human joint movements and perform complex operations. It mainly consists of a base, a robotic arm, and joint actuators, and has multiple rotatable, extendable, or pivotable joints, which can simulate the freedom and flexibility of human limb movements.
Articulated robots are typically controlled using advanced sensor technology and computer algorithms, and can be used in various fields such as industrial manufacturing, medical surgery, and education.
The advantages of articulated robots include:
Flexibility: Articulated robots, through their degrees of freedom and flexible design, can adapt to a variety of complex working environments and tasks.
Precision: Articulated robots are driven by high-precision motors, enabling high-precision, efficient, and stable motion control.
Programmability: Articulated robots can be programmed to achieve automated, large-scale, continuous, and high-precision production and manufacturing processes.
Safety: Articulated robots typically have advanced safety features, such as collision avoidance, collision detection, and automatic stopping, which can ensure the safety of operators.
The disadvantages of articulated robots include:
High price: The high-precision design and complex control technology of articulated robots result in high costs.
High maintenance costs: Robots require timely maintenance and upkeep because their components need to be kept in good working order at all times.
Limited adaptability: Articulated robots are usually only suitable for scenarios and workpieces within the scope of their design tasks, and do not have human-like intelligent adaptability.
Articulated robots have a wide range of applications, including industrial manufacturing, medical surgery, semiconductor manufacturing, education, and the military. For example, in industrial manufacturing, articulated robots can be used in assembly, stamping, and flexible manufacturing to improve production efficiency and quality. In medical surgery, articulated robots can be used for minimally invasive surgery and precision operations, significantly improving the success rate of surgeries.
