A rolling facility comprising: a plurality of mill stands; a plurality of work rolls adapted to be inserted into or removed from said plurality of mill stands during a rolling campaign; a plurality of chock sets holding bearings adapted to support the plurality of work rolls on the plurality of mill stands; a plurality of liners (12, 18), with some of the liners adapted for attachment on the plurality of chock sets and other of the liners adapted for attachment on housings of the plurality of mill stands, with said plurality of liners (12, 18) engaging each other to limit movement of the plurality of work rolls to a generally vertical direction, with each of the plurality of chock sets and liners (12, 18) being combined into a unique bearing assembly supporting the plurality of work rolls at a remote facility characterized by a plurality of RFID tags attached to the plurality of work rolls, the plurality of chock sets and the plurality of liners (12, 18); a controller adapted to receive and to store information associated with each of the plurality of RFID tags, said controller associating information relating to every component of the unique bearing assembly; a RFID tag reader attached to one of the plurality of mill stands and adapted to interrogate one RFID tag of the plurality of RFID tags of the unique bearing assembly as said unique bearing assembly is inserted into one of the plurality of mill stands wherein the controller in communication with the RFID tag reader is adapted to receive the information relating to the one RFID tag and thereafter to access and use the associated information relating to every component of the unique bearing assembly to make a physical adjustment to a mill stand component so as to improve rolled product quality. a plurality of mill stands; a plurality of work rolls adapted to be inserted into or removed from said plurality of mill stands during a rolling campaign; a plurality of chock sets holding bearings adapted to support the plurality of work rolls on the plurality of mill stands; a plurality of liners (12, 18), with some of the liners adapted for attachment on the plurality of chock sets and other of the liners adapted for attachment on housings of the plurality of mill stands, with said plurality of liners (12, 18) engaging each other to limit movement of the plurality of work rolls to a generally vertical direction, with each of the plurality of chock sets and liners (12, 18) being combined into a unique bearing assembly supporting the plurality of work rolls at a remote facility characterized by a plurality of RFID tags attached to the plurality of work rolls, the plurality of chock sets and the plurality of liners (12, 18); a controller adapted to receive and to store information associated with each of the plurality of RFID tags, said controller associating information relating to every component of the unique bearing assembly; a RFID tag reader attached to one of the plurality of mill stands and adapted to interrogate one RFID tag of the plurality of RFID tags of the unique bearing assembly as said unique bearing assembly is inserted into one of the plurality of mill stands wherein the controller in communication with the RFID tag reader is adapted to receive the information relating to the one RFID tag and thereafter to access and use the associated information relating to every component of the unique bearing assembly to make a physical adjustment to a mill stand component so as to improve rolled product quality.