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In today’s world of technology, facilities are automating various processes to enhance their efficiency and reliability. Machine tending is one process that has seen a radical change in technology adoption.

What Is Intelligent Robotic Machine Tending and How Does It Work?

2021-12-29

Table of Contents

What Is Intelligent Robotic Machine Tending?

How Does Intelligent Robotic Machine Tending Work?

What Are the Benefits of Intelligent Robotic Machine Tending?

Conclusion

In today's world of technology, facilities are automating various processes to enhance their efficiency and reliability. Machine tending is one process that has seen a radical change in technology adoption.


A good and intelligent machine-tending robot is necessary to enhance efficiency in activities requiring effort and time when executed by humans. Therefore, every leading supplier must provide a viable solution for every product scenario, regardless of its size. For this reason, many industrial applications are made through intelligent robotic machines tending nowadays.


What Is Intelligent Robotic Machine Tending?

 

intelligent robotic machine tending



Intelligent robotic machine tending is the process through which an artificially intelligent robot system is used in loading or unloading a production machine automatically.


The robots used in intelligent robotic machine tending are trained using deep learning, and because they are smart, they can automatically feed the chain track lines. They can also identify randomly piled parts stacked in the deep material bin, then pick and place them in the designated position.


How Does Intelligent Robotic Machine Tending Work?

 

An intelligent machine-tending robot features a 3D vision to recognize parts piled randomly during the production process. An inbuilt algorithm also empowers them in path planning. The path planning algorithm helps the robot improve its stability and avoid colliding with other objects. Deep learning and 3D vision help the intelligent robot tending machine performs various tasks accurately and effectively.


What Are the Benefits of Intelligent Robotic Machine Tending?


Improved and Increased Productivity


Robots perform tasks with greater ease and convenience. Intelligent robotic tending machines increase the production speed, shortens product lifecycle, and offer greater consistency. This optimizes the workflow and increases an industry or company’s overall productivity.


Though the change may not be realized in hindsight, accumulating the minutes and seconds saved over time, you would see that these tending machines save a lot of time. Intelligent machine tending robots work for days, weeks, or months continuously. This improves and increases productivity.


Increased Stability and Flexibility


Machine tending intelligent robots can flexibly pick or lift parts with no use of fixtures, even if the said parts are stacked randomly inside a deep bin. Therefore, these robotic machines can deploy a product fast and flexibly.


The flexible and fast deployment offers a swift adaptation of the machines to different production lines. With the help of their intelligent algorithm for path planning, the intelligent machine tending robots can work smoothly and with stability.


Reduce Operational Costs


Robots are developed to shift production from being labor-intensive to capital-intensive. Intelligent robots can work unsupervised. They can perform repetitive, dangerous, and physically demanding work without tiring. Therefore, they can save company labor costs while reducing any possibility of an injury.


Improved Efficiency


Intelligent robotic machine tending improves efficiency in the production in two main ways; per-unit efficiency and facility efficiency.


For pre-unit efficiency, when robots are used in production, there are little to no errors. Intelligent robots can tend the machines with a high level of precision. It leads to the production of similar products efficiently, eliminating human errors. Because of using intelligent robotic machine tending, the raw materials and workpieces are processed with more precision. Therefore, there are fewer wastes and tighter estimates of the materials.


For facility efficiency, intelligent robots can work 24/7 without human supervision so long as the materials necessary for the specific task are available. They end up reducing the overall production costs in the facility. They can work without resting or resulting in other overhead expenses. These are the expenses related to human beings like wages, liability insurance, health insurance, and other related costs. The facility can scale without increasing the number of staff, lowering the HR and administrative costs.


Conclusion


Using robotic machine tending is a sure way of reducing operational costs, increasing flexibility and stability while ensuring the remaining staff is safe. By lowering the labor and the cost of operation, intelligent robotic machine tending can optimize your facility's workflows while adding value. The benefits of using these automated and intelligent machines tending robots are many, and every business should leverage them.


 


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