Atomizing oil injection assembly for bearing production

Abstract

This utility model discloses an atomizing oil spraying assembly for bearing production, including symmetrical support plates, a fixed plate, a lifting cup assembly, a rotating support assembly, and an upper platform. The lifting cup assembly includes a lifting cylinder, a cup connecting block, and a cup. The oil spraying height is adjusted by the cylinder's extension and retraction. A pressing mechanism presses the bearing against the rotating support assembly. The rotating support assembly consists of an oil receiving cup, a rotating mechanism, and a turntable, driving the bearing to rotate and achieve omnidirectional oil spraying. The upper platform has an annular groove and a sealing ring. During lifting and lowering, the cup is embedded to form a sealed oil spraying environment, preventing oil splashing. Furthermore, the turntable has an oil drain hole groove, and the platform has an oil drain channel, which, together with the oil receiving cup, enables oil recovery. This assembly solves the problems of uneven oil spraying, poor bearing fixation, and difficult oil recovery in traditional oil spraying devices. It can achieve efficient and uniform oil spraying, improve bearing production quality and efficiency, reduce costs, and its perfect sealing and recovery design also effectively reduces environmental pollution.

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