鐩樺甫鏍囷紙鍗風瓛鏍囷級

琛ㄩ潰鏉愭枡Surface material錛氭爣絳劇殑鍧氭尯搴︽槸鍑烘爣鐨勫叧閿紝鍥犳瑕佹眰琛ㄩ潰鏉愭枡鐨勪竴瀹氱殑寮哄害鍜岀‖搴︼紝鏍囩鐨勫潥鎸哄害鍙堝拰鏉愭枡鐨勫帤搴﹀拰鏍囩鐨勯潰縐湁鍏籌紝鎵€浠ヤ嬌鐢ㄦ煍杞殑钖勮啘鏉愭枡鏃訛紝瑕侀€傚綋澧炲姞鍏跺帤搴︼紝涓€鑸帶鍒跺湪100渭m浠ヤ笂銆傝杽鐨勭焊寮犵被鏉愭枡錛屽60~70g/m2鐨勮創鏍囩焊錛屼竴鑸笉閫傚悎鍋氬ぇ鏍囩錛岃€岄€傚悎鍔犲伐鎴愬皬鏍囩錛屽鏍囦環鏋笂浣跨敤鐨勪環鏍兼爣絳俱€傛爣絳劇殑鍧氭尯搴﹀樊浼氬鑷磋創鏍囨椂涓嶅嚭鏍囷紝鎴栨爣絳懼悓搴曠焊涓€鍚屽鍗鳳紝浣胯嚜鍔ㄨ創鏍囧け鏁堛€俆he strength of the label is the key to marking, so it requires a certain strength and hardness of the surface material. The strength of the label is related to the thickness of the material and the

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闃蹭吉鏍囩鍏紙鍗婏級鑷姩璐存爣鏈?/h2>

鍒嗙被: 緋葷粺闆嗘垚涓庢湇鍔?/a>, | 鏍囩: 閲嶅簡闃蹭吉鍏徃,閲嶅簡婧簮,閲嶅簡闃蹭吉,鐗╄仈緗?/a>,鍦ㄧ嚎璧嬬爜,閲囬泦鍏寵仈,涓€緇寸爜,浜岀淮鐮?/a>,闃蹭吉鐮?/a>,闃蹭吉鏍囪創鏍囨満,鑷姩璐存爣鏈?/a>,鐩樺甫鏍?/a>, | 2018-07-24

涓昏鐢ㄩ€擬ain uses:1銆佸彲瀹炵幇鍚勭騫抽潰鍖呰鐗╀笂鐨勯《闈㈡垨渚ч潰璐存爣銆侺abeling of top or side surfaces on various flat packages can be realized.2銆佷富瑕侀€傜敤浜庨鍝併€侀ギ鏂欍€佸尰鑽€佹棩鍖栥€佺數瀛愶紝浜旈噾絳夎涓氥€?nbsp;It is mainly applicable to food, beverage, medicine, daily chemical, electronics, hardware and other industries.3銆佺壒鍒€傜敤浜庤創鐢靛瓙鐩戠鐮佹爣絳俱€佺墿嫻佷俊鎭爣絳懼強闃蹭吉鏍囩絳夈€?nbsp;It is especially suitable for electronic supervision code labels, logistics information labels and anti-count

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宸ヤ笟綰ф潯鐮佹墦鍗版満

鏂戦┈ZEBRA zT210涓昏鍙傛暟Main parameter鎵撳嵃鏂瑰紡Printing mode錛氱儹鏁?鐑漿鍗?nbsp;thermal / thermal transfer printing 鏉＄爜鎵撳嵃鏈哄垎杈ㄧ巼Bar code printer resolution錛?03dpi鎵撳嵃閫熷害Printing speed錛?52mm/s鎵撳嵃瀹藉害Print width:114mm鏈€澶ф墦鍗伴暱搴aximum print length:3988mm鏍囩瀹藉害Label width:19.4-114鏍囩鍘氬害Label thickness:0.076-0.25mm紕沖甫闀垮害Carbon tape length:300000mm紕沖甫瀹藉害Carbon tape width:51-110鍐呭瓨Memory:128MB鎺ュ彛綾誨瀷Interface Type:RS-232C, USB 2.0鍏朵粬鍙傛暟Other pa

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緇?緇?鏋?鏋?/h2>

鍒嗙被: 鍏充簬鎴戜滑, | 鏍囩: 浜у搧闃蹭吉,闃茬獪璐?/a>,浜岀淮鐮佹函婧?/a>,搴撴埧綆＄悊,浜岀淮鐮佷績閿€,RFID,閲嶅簡婧簮鍏徃,閲嶅簡婧簮,鍖呰涓€浣撳寲,婧簮騫沖彴,PDA,鏉＄爜閲囬泦鍣?/a>,鐩樺甫鏍?/a>,NFC鎶楅噾灞?/a>,NFC闃蹭吉鐡剁洊, | 2017-11-16

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