Stacking
MRobot offers many options for stacking bent parts on the out-pallet.
MRobot provides various options of out-pallets such as a bag, a pallet, a conveyor belt.
For example, in case of a pallet, you can choose between a variety of stacking definitions and parameters.
1500 parts stacked with MRobot
- Firstly, you can define a three-dimensional stacking layout controlling
- The number of rows and columns in a single layer
- The spacing between the parts in each direction ( X,Y and Z)
- The preferred order in the plane
- The number of parts to stack on a single out-pallet
- The order to be chosen between Tile First (complete layer) or Pile First (vertical).
- Then the pattern also can alternate between Odd and Even layers
- You can create a unit of grouped parts and the grouped units will be stacked according to the defined rules
- Finally, you can also define the total number of parts in your entire production. So if you have multiple out-pallets in your cell, the process will advance from one out-pallet to the next (in a cyclic manner) until all parts have been properly stacked.
MRobot
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Defining Cell Components
Every bending cell in MRobot contains compulsory and optional components.
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Setting Up a Cell
Setting up a robotic cell starts by configuring each cell component.
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Generating a Bending Solution
MRobot generates a complete step by step solution.
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Stacking
MRobot offers many options for stacking bent parts on the out-pallet.
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Time Estimation
MRobot estimates the production time.
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Generating NC
MRobot creates NC code both for the robot and for the press brake.
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Calibrating a Bending Cell
MRobot uses a true-to-life representation of the bending cell