Industrial Robotic Arms in the Manufacturing Industry
Industrial robotic arm’s impact in the manufacturing industry is growing with advantages in cost savings, higher productivity and efficiency. Many companies who have robotic arms are able to save on costs such as low skilled human labor with less waste and human error. The robotic arms are able to increase efficiency and productivity with longer operating periods of the same strength, accuracy and repetitive programmed actions. In some regions, robotic arms are able to fill the positions that are in demand by employers but are not able to fill. Let's take a look to see what Industrial Robotic Arms are.
What are Robotic Arms?
Robotic arms are a type of mechanical arm that is usually programmable, with similar functions to that of a human arm. A robotic arm can be a mechanism on its own or part of a more complex robot.
The Industrial Robotic Arm:
What defines an industrial robot, according to the International Federation of Robotics (IFR), is that it is a robotic system designed for manufacturing which entails the ability to be automated and programmable to perform physical, production-related tasks without the need for a human controller, and consists of three or more axles making them capable of movement. The typical applications of industrial robotic arms are welding, painting, assembly, pick and place for printed circuit boards, packaging, labeling, palletizing, product inspection, and testing. They also have the ability to assist in material handling and provide interfaces. Robotic arms accomplish their tasks with high endurance, speed, and precision. Industrial robotic arms are commonly found in the manufacturing industry.
Why are Robotic Arms Being Used?
There are a few reasons as to why industrial robotic arms are being used in manufacturing. Industrial robotic arms are capable, to some degree, of mimicking human motion. With the ability to mimic human motion, they are used and placed in areas that are in need of reducing dangers towards humans, more strength or accuracy than a human, roles that are deemed too dull to human workers or when continuous operation is required.
Many robots are able to repeat actions and motions with the accuracy of a few thousandths of an inch while being operable 24 hours a day, making them a highly desired commodity in the manufacturing field. The accuracy of a robotic arm is dependent on the proper calibration and maintenance of the equipment. An example industry that heavily uses robotic arms is the medical manufacturing industry. The medical industry has special interests for robotic arms due to their accurate and precise laser incisions during surgical procedures. They are also used in the production of vials and medicine which helps remove the potential of human contamination among other defects. Automation offers more productivity and fewer errors, leading to their growing demand in numerous other industries.
Industrial robotic arms are impacting the manufacturing industry in a positive way and the benefits are still growing with newer robotics coming out with new specs. We could be looking at a future where the industrial robotic arms labor is the norm in every manufacturing factory!
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