A fixing device for processing thin-wall parts of automobile shock towers

Abstract

This utility model relates to the technical field of processing thin-walled automotive shock absorber tower components, and particularly to a fixing device for processing thin-walled automotive shock absorber tower components. The device includes a fixing frame with side positioning components on both sides and a top positioning component in the middle. This utility model overcomes this limitation through the independent adjustment mechanism of the side positioning components. Independent side arms are respectively provided in the grooves on both sides of the fixing frame. Each side arm can be driven independently through its own adjusting bolt, gear, and adjusting rod. The operator can adjust the sliding distance and tilt angle of the side arms according to the asymmetrical characteristics of different sides of the irregular thin-walled component, such as the tilt angle and curvature, to adapt to various irregular thin-walled shock absorber tower components. The middle pressure block of the top positioning component can be independently adjusted with bolts to increase the downward pressure. The three-dimensional fixing system formed by the tilting clamping of the side arms and the top positioning component can stabilize even protruding or recessed parts of irregular structures that are prone to force displacement.

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