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Robotic pallet sorting
From mixed pallets to clearly sorted stacks.
Concept solution
Results you can see at a glance
The robot does the handling. Machine vision decides where each pallet goes.
Mixed input becomes sorted output. We inspect pallet colour and type, visible damage and agreed quality criteria. The specific classes and criteria are agreed together with you.

Layout principle
Two infeeds. Continuous supply.
Separate infeed zones and seven output lanes.
- 7 outputs – a full stack is collected by forklift.
- 2 zones – independent safety control of the infeeds.
Schematic layout, not to scale. Robot reach, guarding, clearances and orientation will be verified in the project.
Machine vision
Every pallet passes a visual inspection
Top surface, underside and sides, depending on camera access.
Capture
2D / 3D cameras and suitable lighting.
Evaluation
Algorithms and, where needed, deep learning.
Decision
Assignment of the pallet to an output stack.
We inspect visible defects. The detection scope and processing time will be confirmed by sample tests.
Capacity
4,320 pallets per day
Calculated scenario for 24-hour operation at 75 % utilisation.
For a target of 4,000 pallets per day, 16 h 40 min of net cycle time is enough. The modelled daily reserve is +320 pallets.
Utilisation includes waiting and downtime. The cycle including robot return must be confirmed by simulation.
Scope of supply
Complete technology in your plant
Local image processing. One-off runtime licence. No mandatory cloud.
01
Mechanics
- Robot and gripper
- Conveyors and centring
- Safety components
02
Controls
- Control panel and PLC
- Machine vision computer
- Cameras and lighting
03
Commissioning
- Installation and integration
- Setting the criteria
- Testing and handover
System parameters, buffer capacities and scope of supply are defined in the individual project.
Economics
Payback in about one year
Expected scenario: 9 positions freed up in three-shift operation. The economics are based on labour costs; we will use your actual costs.
18.2 months
€142,000 per year after deducting €8,000 / year
11.9 months
€217,000 per year after deducting €8,000 / year
8.8 months
€292,000 per year after deducting €8,000 / year
Indicative model, not a quotation. Investment of €160–270k depending on the plant (€215,000 midpoint used in the calculations), modelled operating and service budget of €8,000 / year, modelled annual cost per position of €25,000. Simple payback based on actual cost reduction, excluding financing and ramp-up period.
Alternative for lower volumes
Option to start with a hybrid solution
The robot handles. A person assesses the pallet and selects the target group.
The performance and economics of the hybrid are calculated separately. An operator and safe separation are still required.
Today
- Compact cell
- Operator decision
- Lower initial investment
Later
- Adding machine vision
- Adjustment to the unstacking
- Higher degree of automation
Choosing the robot
Lower CAPEX through the right choice of robot
A new or inspected used industrial robot, depending on the project. Condition matters, not just age.
- Payload and reach for the specific gripper.
- History, operating hours and technical inspection.
- Availability of service, spare parts and safety functions.
Recommended target concept: robot + machine vision.
Next step
We will design a line for your conditions
Your pallets. Your space. Your payback.
A joint site visit is the basis for an accurate technical and economic proposal.
- We verify the layout, logistics and sorting criteria.
- We calculate the costs of agency and permanent staff, including related expenses.
We will be happy to prepare an individual technical and economic assessment. Output: a tailored solution, budget and return-on-investment calculation.
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