About one year ago we started the project to realize a laser marker with precise technical parameters and that could have been integrated into a massive production chain. Today we know this machine as FlyRoller for laser marking DataMatrix codes, that can be customized ad hoc to meet the criteria of efficiency and reliability required by a customer.
The machine consists of a marking cabin and a motorized roller conveyor. The cabin is equipped with Y and Z axes with vision system, while the roller conveyor works with two robots: one loading the incoming disk and the other picking it up after marking and check.
One of the strengths of this marker is the customized software that interfaces with the customer’s database and has a Profisafe communication protocol.
We have made this laser marker by equipping it with Y and Z axis with servomotors with encoder, which move the laser to the marking position: the useful stroke of the Y axis is 448mm, for Z axis it is 180mm. This is essential for laser marking discs of different sizes.
The machine works with a robot, which positions the piece on the conveyor avoiding the need to do it manually.
Once the sensors have detected the presence of the disk, the conveyor belts move until the introduction of the piece into the cabin. At this point the sensors detect the position of the pieces and the Feed separator regulates the entry into the cabin of only one component at a time.
Of course the dimensions of the brake discs to be marked can change, so we have equipped the conveyor belts with adjustable abuts that are set through the Software, in this case the minimum diameter is 250mm going up to a maximum of 500mm.
We have equipped the machine with a lift which lifts the disc from the snare drum and puts it in the entry position to the next step in the chain. Before the perfectly marked disc leaves the Flyroller, the marker checks its positioning thanks to two vision systems. Once lifted, the piece is framed by the first camera from above: if the position is not the one set, this is automatically corrected by rotating the disk.
The second camera instead works differently: there is a balance notch on the disc that is identified by the vision system, when this happens the rotation stops automatically and the piece is transported out of the marker.
The safety of the machine is managed entirely in Profisafe, that is a communication protocol between PLCs to manage the safety system avoiding the wiring with external components.
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