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Chemical fiber cloth cutting-化纖布料激光切割-226-20181024

布料激光切割_布料激光切割機(jī)_化纖布料激光切割機(jī)_化纖布料CO2激光切割機(jī)

布料激光下料_布料激光下料機(jī)_布料激光下料機(jī)床_化纖布料co2激光下料機(jī)床

布料激光裁床_化纖布料激光裁床_化纖布料CO2激光裁床；

1325布料裁床_1325布料激光裁床_1325布料雙頭激光裁床_1325布料四頭激光裁床

1830布料裁床_1830布料激光裁床_1830布料雙頭激光裁床_1830布料四頭激光裁床

毛絨玩具激光切割機(jī)_毛絨玩具激光裁床_毛絨玩具co2激光裁床

化纖類布料：

針對(duì)化纖布料、多層復(fù)合布料、毛絨布料、絲織布料等行業(yè)材料主要是改善了普通激光器切割布料時(shí)出現(xiàn)卷邊、發(fā)黃、發(fā)黑等現(xiàn)象，提高材料對(duì)激光能量的吸收，切割面垂直、光潔，熱影響區(qū)域更小，幾乎杜絕卷邊、發(fā)黃等出現(xiàn)。金米蘭激光研發(fā)團(tuán)隊(duì)從根本上解決因激光設(shè)備對(duì)以上材料切割時(shí)出現(xiàn)的切割邊鋸齒狀、發(fā)黃、發(fā)黑、卷邊厲害等缺點(diǎn)。同時(shí)可以采用視覺定位等最新技術(shù)有效解決精密切割技術(shù)難題。

Cloth laser cutting_clothing laser cutting machine_chemical fiber cloth laser cutting machine_chemical fiber cloth CO2 laser cutting machine

Cloth laser cutting_clothing laser cutting machine_clothing laser cutting machine_chemical fiber cloth co2 laser cutting machine

Fabric laser cutting machine _ chemical fiber cloth laser cutting machine _ chemical fiber cloth CO2 laser cutting machine;

1325 cloth cutting bed _1325 cloth laser cutting bed _1325 cloth double head laser cutting bed _1325 cloth four head laser cutting bed

1830 cloth cutting bed _1830 cloth laser cutting bed _1830 cloth double head laser cutting bed _1830 cloth four head laser cutting bed

Plush toy laser cutting machine _ plush toy laser cutting bed _ plush toy co2 laser cutting bed

fiber fabrics：

For chemical fiber fabrics, multi-layer composite fabrics, plush fabrics, silk fabrics and other industrial materials, it is mainly to improve the phenomenon of curling, yellowing and blackening when cutting ordinary fabrics, and to improve the absorption of laser energy by materials. The surface is vertical and smooth, and the heat-affected area is smaller, almost eliminating curling and yellowing. The Kingmilan Laser R&D team fundamentally solves the shortcomings of the jagged, yellowing, blackening and curling of the cutting edges that occur when the laser equipment cuts the above materials. At the same time, the latest technology such as visual positioning can be used to effectively solve the problem of precision cutting technology.