Method of machining a brake disc
AssigneeMaus S.p.A.
InventorRoberto Sammartin
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AssigneeMaus S.p.A.
InventorRoberto Sammartin
Estimating the term…
A method of machining mechanical workpieces, in particular of machining the braking surfaces (2,3) of a brake disc (1) for vehicles is described and comprises the steps of loading the workpiece onto a work station (8) and clamping the workpiece in a median reference plane (A) between the opposed braking surfaces (2,3), as well as defining the excess material material thicnness to be removed from each of the said surfaces, with respect to the positioning coordinates of the said plane in relation to a system of working axes of the station, to achieve a balanced, centred division of excess metal removed from the said surfaces (2,3). The method also comprises the steps of preliminarily loading and clamping the workpiece on a handling device (7) operatively controlled by the work station (8) for the machining of the workpiece, the workpiece being gripped on the handling device (7) in the region of the said madian place (A), of bringing the said device (7), towards a workpiece-holder chuck (10) of the work station (8) with subsequent measurement of the positioning co-ordinates of the said median plane (A) in relation to the system of working axes, and of clamping the workpiece on the chuck (10) of the work station and releasing the handling device (7) to allow both of the opposed workpiece surfaces (2,3) to be machined in the said work station (8) by removal of the preselected excess material thicknesses calculated in relation to the positioning co-ordinates of the said plane (A).
Method of machining mechanical workpieces, in particular of machining the braking surfaces (2,3) of a brake disc (1) for vehicles, comprising the steps of loading the workpiece onto a work station (8) and clamping the workpiece in a median reference plane (A) between the opposed braking surfaces (2,3), as well as defining the excess material thickness to be removed from each of the said surfaces, with respect to the positioning co-ordinates of the said plane in relation to a system of working axes of the station, to achieve a balanced, centred division of excess metal removed from the said surfaces (2,3), characterised in that it further comprises the following steps:
Work centre comprising a work station (8) for machining mechanical workpieces, at least one handling device (7) for loading/unloading workpieces onto/from a chuck (10) of the said station, the said handling device (7) being driven along axes that are controlled in relation to the working axes of the said station, the loading and clamping of the workpiece for subsequent machining being carried out in accordance with the steps of the method of one or more of the preceding claims.
Dependencies are inferred from the claim text.