Material adhering tool assembly for machining bulk NdFeB (neodymium iron boron)

Abstract

The invention discloses a material adhering tool assembly for machining bulk NdFeB (neodymium iron boron). The material adhering tool assembly comprises a material adhering tool and a positioning tool, wherein the material adhering tool comprises a support plate and knife edge angle rulers distributed at the top surface of the support plate; the positioning tool comprises a support bottom plate, regulating seats, a compressing plate and a positioning strip; two slender regulating seats are arranged and are distributed at the left and right sides of the top surface of the support bottom plate in parallel; positioning strip mounting slots are correspondingly formed at the two top ends of the two regulating seats at intervals; a locking bolt is arranged at the side surface of each positioning strip mounting slot in a penetrating mode; a material plate support strip is distributed at the top surface of the support bottom plate between the two regulating seats; the lower part of the compressing plate is fixed at the lower side of the support bottom plate; knurling bolts are arranged at the upper part of the compressing plate in a penetrating mode. Positioning pins are transversely distributed at the upper side, corresponding to the knurling bolts, of the support bottom plate. According to the material adhering tool assembly for machining the bulk NdFeB, the machining precision and machining efficiency of a multi-wire sawing machine are improved.

Description

Technical field [0001] The invention relates to the processing field of block neodymium iron boron, in particular to a binder tool assembly for processing block neodymium iron boron. Background technique [0002] At present, the well-known bonding methods for processing block materials of NdFeB are to bond a single piece of material to the material board and use an internal cutting machine to process. This kind of bonding method is simply to bond the bulk material to On the material board, there is a lack of tooling for bonding and positioning, and there is no reference to ensure the accuracy of the material, which is prone to error of the material, which affects the processing accuracy of the inner circle cutting machine. [0003] In addition, each internal cutting machine can only process one piece of block material glued on the material board at a time. This method causes the internal cutting machine to process the block material NdFeB low in efficiency. [0004] The information ...

AI Technical Summary

Problems solved by technology

[0002] At present, the known bonding method for processing bulk NdFeB is to bond a single piece of material to the material plate and process it with an inner circle cutting machine. This bonding method is simply to bond a large block of material to the On the material board, there is a lack of tooling for bonding and positioning, and there is no benchmark to ensure the accuracy of the bonding material, which is prone to bonding errors, which in turn affects the processing accuracy of the inner circle cutting machine

[0003] In addition, each inner circle cutting machine can only process one piece of block material glued on the material plate at a time. This method results in low processing efficiency of the inner circle slicer for the block material NdFeB

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