Robotic arm plasma cutting machine

H beam cutting machine

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The main reason why robots are suitable for cutting a wide range of shapes is their flexibility and programmability. Robots have significant advantages over traditional stationary cutting machines when dealing with complex shapes and irregular contours, these include:

Multi-axis motion: Robots typically have multiple axes, such as lateral movement, longitudinal movement, and rotation, which allows them to move and position themselves freely in multiple directions. Such multi-axis motion capabilities allow robots to flexibly adapt to a wide range of workpiece shapes.

Precise path planning: Robots can perform complex cutting operations through precise path planning. Through programming, the robot’s path and cutting trajectory can be planned in advance in the computer to ensure that the cutting process is accurate.

Flexible end-effector: The robot’s end-effector can be a wide variety of tools, including laser heads, plasma cutting heads, waterjets, and more. This interchangeable end-effector design allows the robot to respond to different materials and cutting requirements.

Automation and Intelligence: Robots can be integrated with computer systems for automated control. With the support of sensors and vision systems, the robot can sense and adapt to irregular shapes on the surface of the workpiece to better fulfill the cutting task.

Saving human resources: Robots are able to perform cutting tasks instead of human labor, thus reducing the need for human resources, lowering the risk of human error, and improving productivity and consistency.

tubes and beams Cutting show

robots are able to efficiently adapt and handle workpieces of various shapes due to their flexibility, multi-axis motion and automation capabilities, making them an important tool in the cutting field. In industrial production, robotic cutting has been widely used in automotive manufacturing, aerospace, and metalworking.