ENHANCING PRODUCTIVITY BY ELIMINATION OF HOLE OFFSET REJECTION OF AN OBJ SOCKET BY DESIGN OF A FIXTURE IN VERTICAL MACHINING CELL

Le résumé fourni par la source

Improving and Increasing productivity to cater the needs of customer in shortest possible time is an ever challenging task in any mass production Industry.The scope for further improvement production always exists and hence ways and means for design and fixtures are constantly explored by the engineers.This work focuses on the area of socket machining cell where sockets are machined in VMC cell and assembled with the Outer Ball Joints.The problem facing here is that due to component(socket) tilting observed during machining in the VMC cell there were more number of hole offset rejections in sockets.The rejections of the sockets were relatively reported for customer dissatisfaction.The main theme of our project is to reduce high number of rejections in socket production, for achieving this we proposed a new design for the V-Block in the VMC cell which fits the socket accurately.The components were designed in Three Dimensional CAD and Solid Modelling were generated in Pro-E Wildfire Version 5.0.

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