PETRA OTOMASYON
Completed projects.
Explore published projects, their requirements and the engineering solutions developed.
Automatic Clip Check Station
The machine, which integrates automatic feeding, precision leak testing, and camera-assisted quality control processes into a single system, has been revised to enhance production efficiency and ensure product quality.
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End of Line Marking Machine
Our laser marking machine, integrated into the output of the wire-winding machine used in hydraulic hose production, was developed to mark areas containing defects—such as wire breakage, skipped wires, or braiding irregularities—prior to the coating process. This facilitates the tracking of defective sections during production and their identification during subsequent processing stages.
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Connector Assembly Machine
A 10-station connector, O-ring, ring and metal clip assembly and inspection machine has been retrofitted. The process combines manual pre-assembly, servo-controlled assembly, leak testing, lubrication, camera inspections, laser marking and automatic sorting. Station results determine product status: conforming products are marked OK, while non-conforming products are marked NOK with the failure reason. Products are then directed to separate bins.
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End of Line Reject Process
Our rejection system, integrated at the end of the wet wipe production line, operates to remove packages from the production process that are oriented incorrectly, belong to different product specifications, or have lids positioned improperly. By combining product inspection and automatic sorting, the system supports packaging and end-of-line quality control processes.
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Panel Revision
Technological aging of the machine’s electrical infrastructure, combined with the absence of electrical schematics, made fault diagnosis and intervention more difficult, prolonging maintenance activities. Limited availability of replacement parts for the hydraulic proportional control card and the use of older-series safety relays also presented challenges to the equipment’s long-term maintainability. These conditions created a need to modernize the electrical and control infrastructure, establi
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