Automation

  • Automated guided vehicles (AGVs) are vehicles that have been programmed to a routine of activities and use sensors to guide their motion through a defined space. The control of the vehicle through routines are updated with information from sensors within the physical space and/or attached to the vehicle. The AGVs can also exchange data and information to and from the factory’s physical inventory.

    A common application for Automated guided vehicles (AGVs) is for the movement of packages around a plant and inventory control of large creel systems. Modern carbon fibre lines, for example, make use of large packages up to 500kg, with upward of 400 positions in the creel. AGVs can be used to transport these large packages and minimise the amount of physical labour required. For such a system the frequency of creel changeover and the time desired for reloading the creel become critical factors for the design of the system and the selection of an AGV.

  • Lifter loaders (manipulators) are an aid to picking and placing large and/or heavy objects over a defined distance.  Lifter loaders are a good selection when the number of lifts is limited to a manageable frequency. Lifter loaders involve a machine interface controlled by a local operator.  The lifter loader typically involves pneumatics or mechanics to lessen the effort required for the lift.  Optics, sensors and screen displays are used to assist the operator with the pick and placement of the load or the guidance of the lifting mechanism.  Lifter loaders require a structural interface (overhead rail or floor mounted stand) over the range of their motion.
  • Automated guided vehicles (AGVs) are vehicles that have been programmed to a routine of activities and use sensors to guide their motion through a defined space. The control of the vehicle through routines are updated with information from sensors within the physical space and/or attached to the vehicle. The AGVs can also exchange data and information to and from the factory’s physical inventory.

    A common application for Automated guided vehicles (AGVs) is for the movement of packages around a plant and inventory control of large creel systems. Modern carbon fibre lines, for example, make use of large packages up to 500kg, with upward of 400 positions in the creel. AGVs can be used to transport these large packages and minimise the amount of physical labour required. For such a system the frequency of creel changeover and the time desired for reloading the creel become critical factors for the design of the system and the selection of an AGV.

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