You have decided to go with robotic palletizing. You know that it'll help you to improve the throughput of your entire operation. You have researched the various options and you now understand more about the advantages and disadvantages of each one.
But, there's one decision that you're still not sure about…
Should you go with decentralized palletizing?
Decentralized palletizing is an approach that involves having a different robot cell at the end of each of your production lines. It is a contrast to centralized palletizing where all of your lines go into the same palletizing cell.
There are various advantages to decentralized palletizing including higher flexibility, clearer responsibility over product lines, and reduced downtime.
However, you might still be uncertain about choosing decentralized palletizing.
Centralized palletizing has long been the predominant approach. There must be a good reason, right?
If you go with decentralized palletizing, how can you be sure that it won't end up as a huge mistake?
It's true that decentralized palletizing tends to be less common.
People are sometimes apprehensive aboutthe impact that decentralized palletizing will have on their business.
One common concern is cost. People worry about the higher costs that they will incur by following a decentralized palletizing approach. Instead of investing in only one palletizing robot for your entire facility — as would be required with centralized palletizing — you have to pay for multiple palletizing robots. This can lead people to shy away from decentralized palletizing.
Another common concern is the amount of work required to deploy and maintain the robots. People imagine themselves spending a lot of their time programming the robots and keeping them running. They assume that a single, centralized robot will be less work than several robots.
Yet another common concern is the amount of floor space required to fit all of the different robots. People envision the large palletizing robots that you often see on YouTube videos and imagine the huge space that would be taken up having several of these throughout their facility.
These concerns are understandable. However, they are based on false assumptions.
There is a new development in robotic palletizing that makes people's common concerns less important than they were previously.
Collaborative robots are now suitable for palletizing. This opens up decentralized palletizing to many more situations than were possible in the past, when the only real option for robotic palletizing was to use huge palletizing robots.
Cobots are different from conventional palletizing robots in several ways. They are more cost-effective and require fewer extras to operate. They are also smaller, easier to deploy, and require much less maintenance (or no maintenance in some cases).
With cobot palletizing solutions — like the Robotiq Palletizing Solution — the robot doesn't place restrictions on your ability to use decentralized palletizing.
It's now much more feasible to add a single palletizing robot to the end of each of your product lines.
The real question you need to ask yourself is…
Is decentralized palletizing the right choice for me?
Just because decentralized robotic palletizing is now easier than ever before, it doesn't mean you should necessarily go for it. There is a process for assessing any technological solution.
Take a little time to think through your unique requirements to determine if it really is the best option for you.
Here are 7 steps you can use to think through the decision:
The key with decentralized palletizing is to make your life as easy as possible by choosing a robotic solution that allows for easy copy-paste deployments.
By replicating your successful palletizing cells, rather than starting from scratch each time, your robots will start earning a return on investment quicker.
If you're looking for an easy-to-deploy palletizing cell, you might want to check out the Robotiq Palletizing Solution.
What concerns do you have about decentralized palletizing? Tell us in the comments below or join the discussion on LinkedIn, Twitter, Facebook, or the DoF professional robotics community.