A lens edging system, comprising: a spectacle frame measurement device configured to measure a three-dimensional frame shape of a spectacle frame by abutting a probe on an inner circumferential groove of the spectacle fame; an order-side terminal device configured to perform ordering of a spectacle lens that can be framed into the spectacle frame whose three-dimensional frame shape data is obtained using three-dimensional frame shape data as a measurement result obtained by the spectacle frame measurement device; an order-receiving side controller configured to receive an order from the order-side terminal device, and create lens edging shape data based on the three-dimensional frame shape data regarding an order content; an edger configured to perform edging to the spectacle lens based on the lens edging shape data created by the order-receiving side controller, and the spectacle frame measurement device and the order-side terminal device being disposed at a spectacle lens order side, and the order-receiving side controller and the edger being disposed at a spectacle lens order-receiving side, and the order-side terminal device and the order-receiving side controller being connected to each other via a communication line, characterized in that an information memory part is configured to store and hold information regarding a shape of the probe in the spectacle frame measurement device as probe information and is included in the order-side terminal device or provided at a certain place on the communication line, and an edging shape calculation part is included in the order-receiving side controller and configured to specify an abutting mode on the inner circumferential groove of the probe indicated by the probe information over the whole circumference of the spectacle frame, using the probe information obtained from the information memory part via the communication line, and perform data correction reflecting an abutting mode of the probe indicated by the probe information when the lens edging shape data is created. a spectacle frame measurement device configured to measure a three-dimensional frame shape of a spectacle frame by abutting a probe on an inner circumferential groove of the spectacle fame; an order-side terminal device configured to perform ordering of a spectacle lens that can be framed into the spectacle frame whose three-dimensional frame shape data is obtained using three-dimensional frame shape data as a measurement result obtained by the spectacle frame measurement device; an order-receiving side controller configured to receive an order from the order-side terminal device, and create lens edging shape data based on the three-dimensional frame shape data regarding an order content; an edger configured to perform edging to the spectacle lens based on the lens edging shape data created by the order-receiving side controller, and the spectacle frame measurement device and the order-side terminal device being disposed at a spectacle lens order side, and the order-receiving side controller and the edger being disposed at a spectacle lens order-receiving side, and the order-side terminal device and the order-receiving side controller being connected to each other via a communication line, characterized in that an information memory part is configured to store and hold information regarding a shape of the probe in the spectacle frame measurement device as probe information and is included in the order-side terminal device or provided at a certain place on the communication line, and an edging shape calculation part is included in the order-receiving side controller and configured to specify an abutting mode on the inner circumferential groove of the probe indicated by the probe information over the whole circumference of the spectacle frame, using the probe information obtained from the information memory part via the communication line, and perform data correction reflecting an abutting mode of the probe indicated by the probe information when the lens edging shape data is created.