Abstract: A system and method for economically driven predictive device servicing commences with receipt of a job service ticket for a multifunction peripheral. A location of the device is determined and other devices with predicted parts failures or servicing needs that are reasonably proximate to the multifunction peripheral are identified. For each identified device, a determination is made as to whether servicing costs, such as parts, labor and travel, are less than a cost of a separate service call for that device. Cost may include a replacement part cost relative to anticipated remaining part life. Devices that are determined to be economically serviced contemporaneously with the multifunction peripheral are flagged, and device maintenance scheduled and performed by a technician.

Abstract: A system and method for economically driven predictive device servicing commences with receipt of a job service ticket for a multifunction peripheral. A location of the device is determined and other devices with predicted parts failures or servicing needs that are reasonably proximate to the multifunction peripheral are identified. For each identified device, a determination is made as to whether servicing costs, such as parts, labor and travel, are less than a cost of a separate service call for that device. Cost may include a replacement part cost relative to anticipated remaining part life. Devices that are determined to be economically serviced contemporaneously with the multifunction peripheral are flagged, and device maintenance scheduled and performed by a technician.