Auxiliary device for shearing and forming amorphous alloy iron core and auxiliary forming method

The invention relates to the field of amorphous alloy materials, and aims to solve the problem that in the prior art, a cross section of an amorphous alloy strip is thicker on one side and thinner onthe other side, so that the performance of the prepared product is influenced. The invention provides an auxiliary device for shearing and forming an amorphous alloy iron core and an auxiliary formingmethod. The auxiliary device for shearing and forming the amorphous alloy iron core comprises a rotating mechanism, a transferring table, a thickness measuring structure and a position sensor, wherein the transferring table is driven by a first driver; the position sensor is electrically connected with the first driver; the thickness measuring structure vertically corresponds to a transferring surface of the transferring table, and comprises a first thickness measurer and a second thickness measurer; and the rotating mechanism is in drive joint with the transferring table and can drive the transferring table to rotate at 180 degrees in a horizontal direction. The auxiliary device for shearing and forming the amorphous alloy iron core and the auxiliary forming method provided by the invention have the beneficial effects that a thickness deviation of two sides of a width direction of the amorphous alloy iron core formed by overlapping multiple layers of amorphous alloy strips can be simply and efficiently controlled in a setting range, and the quality of the obtained iron core and other products is ensured.