What Is the Purpose of an Industrial Robot Arm?

The machine that is programmed to carry out a specific task or job quickly, efficiently, and accurately is called a robotic arm. They are mostly motor-driven and are often used for the rapid and consistent performance of heavy and highly repetitive operations over long periods of time. Robotic arms are highly valued in the industrial production, machining, manufacturing, and assembly sectors.

A typical industrial robotic arm will consist of a series of joints, articulations, and manipulators that can work together to closely resemble the motion and functionality of the human arm. Robotic arms are constructed from sturdy and durable metal and will have 4-6 articulating joints. The key joints resemble the main parts of a human arm, which included the shoulder, elbow, forearm, and wrist.

Purposes of the robotic arms

• Robotic arms are used for various industrial applications like production, processing, and manufacturing, to complete tasks in which extremely fast, precise and repeatable movements are required.

• The industrial robotics companies also provide robotics arms to the manufacturing units, where they are used to assemble minutely detailed circuit boards to large-volume heavy industries like automotive production lines and a variable range of conveyor belt applications. 

• The 6-axis industrial robot arm can be used for multiple industrial applications like welding, thermal spraying, material handling, painting, and drilling. 

• Other areas of applications include nuclear power stations, repairing pipelines on the ocean floor, cleaning up radioactive and other hazardous waste, and remote servicing of utility power lines.

• A Mecademic meca500 robotic arm is extensively used in automating robotic assembly, to automate pick and place tasks like material handling, bin picking, kitting and packaging, dispensing of sealants, adhesives, and lubricants; as well as for compact automated machine tending solutions.

• In the auto-manufacturing industry, they are used in the auto assembly lines for putting cars together. This work is done much more efficiently because of is fast and precise. It is also observed that using robotic arms has remarkably reduced the number of worker injuries like repetitive stress injuries and other major mishaps that do significant harm. They always drill in the right place and tighten the bolts with the same amount of force. Robots save on the cost of labor and can work round the clock with minimum human intervention.

• The 6-axis industrial robot arm is used for part picking, part handling, stacking and sorting automation as well as packaging and palletizing automation. They offer great flexibility and perform a wide variety of functions.

• Apart from the above applications, they are also used in other sectors such as laboratories, testing and sample handling, and machine access.

To sum up

An industrial robotic arm has become an ideal solution for industrial operations which are repetitive, consistent, and require a high level of accuracy. They are fast, accurate, and reliable and can be programmed for a wide range of applications with a dramatic reduction in buy-in costs for industrial robotic arms, which has made them a piece of widespread equipment in the production line.