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Plastic film high speed cutting-塑料薄膜高(gao)速切割-231-20181027

保護膜切割(ge)機(ji)_手機(ji)膜切割(ge)_手機(ji)膜切割(ge)機(ji)

薄(bo)(bo)膜(mo)激(ji)光切(qie)(qie)割(ge)_三層薄(bo)(bo)膜(mo)激(ji)光切(qie)(qie)割(ge)_多層薄(bo)(bo)膜(mo)激(ji)光切(qie)(qie)割(ge)_激(ji)光膜(mo)切(qie)(qie)機器

co2激(ji)光(guang)(guang)薄(bo)膜(mo)激(ji)光(guang)(guang)切(qie)割_半透薄(bo)膜(mo)激(ji)光(guang)(guang)切(qie)割_全(quan)透薄(bo)膜(mo)激(ji)光(guang)(guang)切(qie)割

pet薄(bo)(bo)(bo)膜切(qie)(qie)割工(gong)藝(yi)_薄(bo)(bo)(bo)膜切(qie)(qie)割工(gong)具(ju)_透明薄(bo)(bo)(bo)膜切(qie)(qie)割工(gong)藝(yi)_PVC薄(bo)(bo)(bo)膜卷切(qie)(qie)割_薄(bo)(bo)(bo)膜切(qie)(qie)割封(feng)口

Protective film cutting machine_Mobile phone film cutting_Mobile film cutting machine

Thin film laser cutting_Three-layer thin film laser cutting_Multilayer thin film laser cutting_Laser film cutting machine

Co2 laser film laser cutting _ semi-transparent film laser cutting _ full-transmission film laser cutting

PET film cutting process_film cutting tool_transparent film cutting process_PVC film roll cutting_film cutting and sealing

塑料薄膜：

針(zhen)對(dui)PET薄(bo)膜(mo)、PVC薄(bo)膜(mo)、PE薄(bo)膜(mo)、電子(zi)薄(bo)膜(mo)等行業材料(liao)主(zhu)要是改善了(le)普通激光器切(qie)(qie)割電子(zi)薄(bo)膜(mo)及ITO Film時(shi)出現(xian)(xian)卷邊(bian)現(xian)(xian)象，提高材料(liao)對(dui)激光能(neng)量的(de)(de)吸收，切(qie)(qie)割面垂直、光潔，熱影響區域更小，幾乎杜絕卷邊(bian)出現(xian)(xian)。金(jin)米蘭(lan)激光研發(fa)(fa)團隊從根本(ben)上(shang)解決因激光設備對(dui)以上(shang)材料(liao)切(qie)(qie)割時(shi)出現(xian)(xian)的(de)(de)切(qie)(qie)割邊(bian)鋸齒(chi)狀、發(fa)(fa)黃(huang)、發(fa)(fa)黑(hei)、卷邊(bian)厲害等缺點。同(tong)時(shi)可(ke)以采用視覺定位等最新技(ji)術有效解決精密切(qie)(qie)割技(ji)術難題。

For PET film, PVC film, PE film, electronic film and other industry materials, it mainly improves the curling phenomenon when cutting the electronic film and ITO film of ordinary laser, and improves the absorption of laser energy by the material. The cutting surface is vertical, smooth and heat-affected. Smaller, almost eliminate the appearance of curling. 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.