Repetitive stacking
Products are regularly stacked on pallets in a repeating pattern.

02 · SUITABILITY
The indicators below can help you decide whether to submit the task for an initial review.
Products are regularly stacked on pallets in a repeating pattern.
Package dimensions, weight and shape are predictable enough to plan gripping and stacking.
Defined placement patterns or pallet layers are used for the products.
Cycle time needs to be reduced or work reassigned within the production area.
Products enter the palletizing area in a known position and sequence, or this can be arranged.
03 · SOLUTION SCOPE
The exact scope depends on the task and production conditions.

04 · INITIAL INFORMATION
A complete specification is not required. Start with what you have.
You can select a short video, photos or documents when preparing your task draft.
Add materials to your task Files are not uploaded until submission is connected.05 · FAQ
Answers about initial information, solution configuration and integration with your existing production area.
No. Start with a description of the current operation, photos, video and basic product parameters. Missing information is identified during the initial review.
Yes. A video helps us understand product infeed, the current layout and operating sequence. Further assessment may require product dimensions, weight and other parameters.
This depends on dimensions, weight, package shape, required stacking patterns and whether a suitable gripper can be selected or designed.
This is assessed against the current line, available space, product and pallet infeed, safety requirements and existing equipment.
The configuration depends on the products, production flow, palletizing pattern, gripper type, pallet infeed and outfeed, safety and integration.
A reliable price requires initial information. The solution scope depends on the robot, gripper, product infeed, pallet handling, safety, control and integration.

06 · START A REVIEW
Describe the current operation and attach the available materials. You do not need to know the robot model or cell configuration in advance.