High-quality garment machining process based on latching position difficult to shift

Abstract

The invention discloses a high-quality garment machining process based on a latching position difficult to shift. The high-quality garment machining process comprises the following steps of: (1) cutting: carrying out cutting on a fabric by a cutting machine to obtain a basic fabric of a shirt; (2) sewing: sewing the basic fabric by adopting an automatic sewing machine to obtain a shirt semi-finished product; (3) latching: carrying out latching processing on the shirt semi-finished product by adopting a latching device so as to machine out button holes on the shirt; (4) button sewing: sewing buttons on the semi-finished product shirt by a button sewing machine; (5) sizing: carrying out sizing processing on the semi-finished shirt obtained by machining at a temperature of 150 DEG C to 160 DEG C; and (6) collar pressing: after carrying out collar pressing and collar looping on the sized shirt, obtaining a shirt finished product. According to the invention, before the shirt is moved, firstly, the fabric on both sides of the cutting position is fixed by fasteners so as to effectively avoid a case of malposition caused by movement between double layers of the fabric at a to-be-cut position and promote shirt machining quality.

Description

technical field [0001] The invention belongs to the technical field of garment processing, and in particular relates to a high-quality garment processing technology based on the fact that the buckle position is not easily shifted. Background technique [0002] In women's clothing, shirts are loved by most professional women. The processing of shirts usually requires multi-step operations such as cutting, sewing, locking, sewing, shaping, and collar pressing; the traditional locking operation is usually to directly press the semi-finished shirt after sewing with a pressing piece, and pass it through the pressing piece. The movement of the shirt drives the shirt to move, and then moves to the sewing position to cut with the cutter, and then sews and seals the cut by sewing. However, in the above method, since the button of the shirt is usually a double-layer structure, when the pressing piece drives the shirt to move, the double-layer fabric is prone to slipping, which in tur...

AI Technical Summary

Problems solved by technology

However, in the above method, since the button of the shirt is usually a double-layer structure, when the pressing piece drives the shirt to move, the double-layer fabric is prone to slipping, which in turn causes a positional dislocation between the upper and lower fabrics, which affects the later lock. The quality of the shirt after button processing

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