A blade chip-removing structure for machining a ring groove of a steering tie rod ball head

Abstract

This utility model discloses a chip removal structure for machining annular grooves in steering tie rod ball joints. It includes a mounting frame, a mounting block, and a moving component. The moving component is externally mounted on the mounting frame. This utility model allows for the downward movement of a pressure plate via a servo motor, clamping and fixing the annular groove insert, facilitating user installation. Conversely, the servo motor reverses, causing the pressure plate to move upward, releasing the insert and facilitating user removal. The inclusion of a chip-breaking groove ensures timely chip breakage during cutting. The chip-breaking groove design guarantees smooth chip discharge, preventing chip accumulation in the machining area and reducing the impact of chips on surface quality, thus improving machining efficiency. Furthermore, the cutting edge of the annular groove insert is composed of multiple arcs and straight segments of varying radii, reducing vibration and improving machining accuracy.

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