What Is the Role of Robotic Arms in A Production Line?

April 27, 2021

Robots have been used in assembling for a long while now. Studies have indicated that this tendency will no doubt grow. Different industry groups have started paying attention to these machines and are considering them as an avenue to spur their automation in future. 

These machines are fantastic, and they can dominate workstations that had previously been held by manual operators and perform their tasks diligently. Robotic arms are built with special security protocols such as crash control and power feedback.

The security protocols in a flexible robot arm are ideal for blue-collar operators regarding their safety in the workplace. They can perform intricate roles, either autonomously or alongside manual operators.

In enterprises, these machines have assorted applications. This article will in detail discuss the roles that are assigned to robotic arms in a production line, as well as how these machines influence day-to-day operations. 

Which Kind of Tasks Are Assigned to Robotic Arms in A Production Line?

Packaging and Palletizing Tasks

Palletizing is the role of loading or unloading components, boxes, and other various parts from pallet beds. This role can involve robotic arms, and it’s termed robotic palletizing. Robotic arms are sound options for roles that involve production, palletizing, and shipping.

Robotic arms are known to have an extensive range and massive payloads. Palletizing tasks are fundamentally tedious undertakings that include handling massive payloads, making them ideal for robotic arms.  These machines, however, need to move in tandem with conveyor belts to ensure the production task is successful.

Pick and Place Tasks

Pick and place tasks are, for the most part, uneven motions that are assigned to manual operators. It’s worth noting that they are tedious tasks that can often lead to mistakes and cause work-related injuries to the manual operators. 

This is where robotic arms excel because they do not tire; neither are they exhausted, nor do they get distracted. For first-time robot users, pick and place tasks are recommended because these machines can effortlessly move an item from one point onto the next.

Quality Checks for Parts

This task includes analyzing parts completed in a production line to check whether they align with the computer-aided design (CAD) models. Mounting high-definition cameras on robotic arms can boost productivity and get you quicker results. Utilizing robots for quality checks ensures that only the best components are delivered to clients.

Machine Tending Tasks

Machine tending is also known as automated machine tending or powered machine tending. The task of machine tending involves loading or unloading a device with components. Human laborers complete most roles that involve machine tending.

Machine tending involves standing in front of CNC machines, injection molding devices, and other machines for significant periods. This is tedious and frustrating for a human laborer. Robotic arms can replace the human laborer and tend to more than one machine.

Concluding Tasks

Human laborers perform finishing roles with manual tools, and they require a basic extent of force to complete these tasks. Vibrations emitted by these tools can cause harm to human laborers.

On the other hand, a robotic arm can deliver the absolute force and precision required to fulfill finishing tasks in place of the human laborer. The robotic arm can manually do the work or be programmed with the help of a computer.

Process Tasks

Process tasks involve a gadget coming into contact with a work component. Such activities include appending and welding. In addition, this task is bleak and needs some training in order to show manual operators how best to complete this task. 

A robotic arm will conclude this task on one piece and repeat it unmistakably on others. The essential benefit of robotic arms here is their straightforwardness to deal with these tasks using a CAD technique. 

Final Thought

To sum it all up, having robotic arms in a production line is very crucial due to their wide array of features, as illustrated above. However, these machines are built with different specs in mind because they will be employed in various sectors of production.

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