Magnetic steel automatic laser cleaning system

Abstract

The invention discloses an automatic magnetic steel laser cleaning system which comprises a control system, a working platform, a transmission mechanism and a feeding manipulator assembly, wherein the transmission mechanism and the feeding manipulator assembly are both controlled by the control system. A first air blowing mechanism and a second air blowing mechanism each comprise a first support, an air blowing nozzle and an air blowing nozzle translation mechanism. A first laser cleaning mechanism and a second laser cleaning mechanism each comprise a second support, a laser head, an auxiliary air blowing pipe, a laser head lifting mechanism and a laser head translation mechanism. The transmission mechanism comprises a first conveying belt, a second conveying belt and a third conveying belt, wherein the head end of the third conveying belt is arranged right above the tail end of the second transmission belt, and a plurality of second base plates made of iron materials and used for bearing magnetic steel are arranged on the third conveying belt at intervals. The automatic magnetic steel laser cleaning system is convenient to operate, high in cleaning efficiency and particularly capable of effectively removing ferromagnetic substances adhering to the surface.

Description

technical field [0001] The invention relates to the field of magnetic steel cleaning, in particular to an automatic laser cleaning system for magnetic steel. Background technique [0002] Magnetic steel has been widely used in electronics, electrical machinery, medical equipment, toys, packaging, hardware machinery, aerospace and other fields. Among them, in applications such as permanent magnet motors, computer disk drives, and magnetic resonance imaging equipment and instruments, before the magnets are assembled, in order to ensure sufficient adhesion and a stable magnetic field, the cleaning of the magnets itself is highly required. However, compared with ordinary materials, magnetic steel is easier to absorb foreign matter, especially once it absorbs ferromagnetic iron, cobalt, nickel and other fine particles that are common in industrial environments, it is difficult to remove even by manual wiping and ultrasonic removal. . When manual cleaning is used, acetone needs ...

AI Technical Summary

Problems solved by technology

However, compared with ordinary materials, magnetic steel is easier to absorb foreign matter, especially once it absorbs ferromagnetic iron, cobalt, nickel and other fine particles that are common in industrial environments, it is difficult to remove even by manual wiping and ultrasonic removal.

When using manual cleaning, it needs to be wiped with acetone, which has certain toxicity and corrosiveness, which is harmful to the body, and it is still difficult to remove some ferromagnetic substances adsorbed by the magnetic field of the magnetic steel itself

When using ultrasonic cleaning, each magnetic steel needs to be placed in the ultrasonic cleaning tank separately, the cleaning efficiency is very low, and the cleaning effect is not ideal

Especially when the front and back of the magnetic steel are both adhesive surfaces and need to be cleaned, it is more time-consuming and laborious

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