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Automatic depalletizing robot
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Depalletizing robot
Automatic depalletizing robots: solutions for the start of the line
Depalletizing robots:
Intelligent automation for the start of the line
At Rivas Robotics we design and implement high-precision automatic depalletizing robots to optimise the start of the production line. Our systems are built to depalletize, sort and feed production with maximum efficiency and safety, cutting time and improving productivity.
Catalogue
Depalletizing robot applications
Our automated systems are designed to handle many types of product across different industrial sectors, including:
Depalletizing empty containers – fast preparation for filling and production.
Depalletizing raw materials – efficient handling of inputs for the production process.
Depalletizing and pre-sorting before the production line – optimising workflow with automated separation.
Custom projects – the solution adapted to each customer’s specific needs.
The advantages of our depalletizing robots
Full automation: less manual work, greater efficiency.
Accuracy and speed: processes optimised for high-output lines.
Safe handling: minimising damage to fragile products.
Flexible integration: compatible with different container types and materials.
Lower operating costs: less human intervention and better process control.
Technology adapted to different industries
Our depalletizing robots suit sectors such as:
🔹 Food and beverage – handling bottles, cans and containers with maximum efficiency.
🔹 Pharmaceutical and cosmetics – safe, accurate depalletizing for delicate products.
🔹 Logistics and distribution – automated goods flow in warehouses and distribution centres.
🔹 Manufacturing and industrial processes – quick preparation of materials for continuous production.
Optimise your production from the very first step
At Rivas Robotics we offer custom depalletizing systems that deliver productivity, safety and flexibility in material handling.
Get in touch with no obligation and find out how to improve the efficiency of your production line with advanced depalletizing technology.
For the end of the line, the complementary equipment is the palletizing robot: the same custom engineering at the other end of the process. And if what you have to feed is not a container line but a machine with large, heavy parts, that is a load and unload machine tending robot.
What is depalletizing?
Depalletizing is the process at the start of the production line: taking off the pallet the items that are going to be used in production, and putting them where the line needs them.
What gets depalletized is mainly containers — bottles, jerrycans, cans, boxes, plastic crates, bags — and raw material that arrives in small formats.
Is it just palletizing in reverse?
No, and that is the most common misunderstanding.
Palletizing ends when the pallet is built. Depalletizing does not end when the product comes off the pallet: it has to reach the production process, in the order and at the pace the line needs. Taking the product off is half the problem; the other half is how it enters the line.
That is why a depalletizing application almost always comes with custom automation: the robot alone is not enough, you have to solve the route to the machine that comes next.
Which companies need a depalletizing robot?
Mainly two cases:
- Companies with high container consumption — those putting thousands of bottles, cans, jerrycans or boxes into the line every day.
- Companies whose raw material arrives in small formats, in containers that have to be fed into production.
In both cases the problem is not only getting things off the pallet: it is automating the arrival of all that product into the production chain without anyone having to feed it by hand.
What normally gets depalletized?
The most common, in order of how often they come up in our projects:
- Cans
- Bottles and jerrycans
- Cardboard boxes and plastic crates
- Bags
- Any other container that arrives palletized
What makes depalletizing harder than palletizing?
That you did not build the pallet.
When you palletize, you decide the pattern and you know exactly what is in each position. When you depalletize, that pallet came from the supplier and has been through transport: it may have arrived damaged, or the load may have shifted on the way. The robot finds something that is not always the same.
That is why, before engineering a depalletizing cell, we run a study to see whether the application is viable with the customer’s real product and real pallet. It is not a catalogue question: it depends on how your goods arrive.
How is the product taken off, and how does it reach the line?
Around 95% of applications are depalletized layer by layer, not unit by unit. The robot removes the complete layer.
That layer goes to a layer stripping table, which breaks the layer up and feeds the product out one at a time towards the production process, at the pace the line asks for.
That combination — robot, table and conveying to the next machine — is what really makes up a depalletizing solution.
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