鍔犲瘑褰╃爜鍙樿壊闃蹭吉

浜旂浘鍔犲瘑褰╃爜鍙樿壊鏍囨槸浠ョ幇浠ｅ瘑鐮佸鎶€鏈€侀€氳鎶€鏈€佽闊蟲妧鏈€両NTERNET緗戠粶鎶€鏈瓑澶氱璁＄畻鏈轟俊鎭妧鏈負鍩虹錛屼互緇堢娑堣垂鑰呮垨鐢ㄦ埛鏌ラ獙浜у搧鐪熶吉涓烘墜孌靛艦鎴愮殑涓€濂楅槻浼郴緇熸妧鏈€俆he 5-D encrypted color code color-changing label is a set of anti-counterfeiting system technology based on various computer information technologies such as modern cryptography, communication technology, voice technology, Internet network technology, and by means of checking the authenticity of products by end c

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3D鏄劇ず鍏ㄦ伅嬋€鍏夌粍鍚堥槻浼爣

3D鏄劇ず嬋€鍏夌粍鍚堥槻浼爣3D display laser combined anti-counterfeiting label 1銆?鍔ㄦ€佹樉紺猴細璇嗗埆鏂規硶綆€鍗曘€備嬌鐢ㄨ秴3D鏄劇ず鎶€鏈敓浜х殑鏍囩瑙傚療瑙嗚澶с€佽灝勬晥鐜囬珮錛屽湪杞姩鏃跺彲娓呮櫚鐪嬪埌鐗╀綋鐨?涓晶闈紝鍔ㄦ€佺珛浣撱€佽瑙夐€肩湡銆佹牘鏍╁鐢熴€侱ynamic display: The identification method is simple. Labels produced by ultra - 3D display technology have a large viewing angle and high diffraction efficiency, and can clearly see the four sides of the object when rotating, with dynamic stereo, vivid visio

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濉戣啘鍏ㄦ伅瀹氫綅鎻紑闃蹭吉鏍?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,闃蹭吉,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,闃蹭吉榪芥函,闃蹭吉緋葷粺,姹借濺闆墮儴浠墮槻浼?/a>,鍖栧鍝侀槻浼?/a>,蹇秷鍝侀槻浼?/a>, | 2018-07-20

濉戣啘鍏ㄦ伅瀹氫綅鎻紑闃蹭吉鏍囦粙緇嶏細Introduction of plastic film holographic positioning to uncover anti-counterfeiting mark  1銆佸叏鎭笌鏁扮爜緇煎悎闃蹭吉錛氭棦鏈夋暟鐮侀槻浼姛鑳斤紝涔熸湁嬋€鍏夊叏鎭槻浼紝緇煎悎闃蹭吉鎬ц兘楂橈紱 Holographic and digital integrated anti - counterfeiting: both digital anti-counterfeiting and laser holographic anti-counterfeiting have high integrated anti-counterfeiting performance;2銆侀槻杞Щ鏁堟灉鏋佸ソ錛屾彮鍚悗鏃犳硶澶嶅師錛屾湁鏁堥樆鍑諱豢鍐掑拰鎵撳亣錛汿he anti-transfer effect is

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鍏ㄦ伅鏅鴻兘鐐瑰厜婧愬彲瑙嗗寲鍔ㄦ€侀槻浼爣

鏅鴻兘鐐瑰厜婧愬彲瑙嗗寲鍔ㄦ€侀槻浼爣浠嬬粛錛欼ntelligent point light source visualization dynamic Anti-Counterfeiting Mark錛?nbsp;1銆佸井鍔ㄦ€佹妧鏈紝鍦ㄥ厜婧愪笅浠庝笉鍚岃搴﹀彲瑙佺Щ鍔ㄧ壒瀹氬唴瀹癸紱Micro - dynamic technology, which can see and move specific content from different angles under the light source;2銆佽彶娑呭皵閫忛暅鎶€鏈紝鍦ㄥ厜婧愪笅鍙娣卞害瀹氬埗闃蹭吉淇℃伅錛?nbsp;Fresnel lens technology, customized anti-counterfeiting information in visible depth under the light source;3銆佹縺鍏夊叏鎭珛浣撴誕闆曟妧鏈珮绔€佸ぇ姘斻€佷笂?。娆″Q?/p> 闃呰璇︾粏

鍙岃壊鍙屽畾浣嶅眬閮ㄥ叏鎭槻浼爣璇?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,钄彍闃蹭吉,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,鍖栧鍝侀槻浼?/a>, | 2018-07-20

鍙岃壊鍙屽畾浣嶅眬閮ㄥ叏鎭槻浼爣璇嗕粙緇嶏細Introduction of Two - color Double Positioning Local Holographic Anti - counterfeiting 錛氬弻鑹插畾浣嶅眬閮ㄥ叏鎭槻浼妧鏈槸灝嗕袱縐嶆縺鍏夊叏鎭俊鎭€氳繃涓撶敤璁懼鍜屽厛榪涚殑宸ヨ壓鎶€鏈簿紜湴鍒跺鍦ㄦ墍璁懼畾鐨勫熀鍑嗚寖鍥村唴錛屼互杈懼埌闅句互浠垮埗鏄撲簬璇嗗埆鐨勯槻浼洰鐨勩€傚叾闃蹭吉鎶€鏈惈閲忛珮錛屼笖鐢熶駭璁懼涓轟笓鐢紝鍙湁鏁堝湴闃叉閫犲亣鑰呯儷鍗拌漿縐匯€?nbsp;Two - color positioning local holographic anti-counterfeiting technology is to accurately prepare two kinds of laser holographic information within the set reference range through spec

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鏍稿緞榪癸紙閲嶇瀛愶級闃蹭吉鏍?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,姘存灉闃蹭吉,鐧介厭闃蹭吉,闃蹭吉榪芥函,闃蹭吉緋葷粺,鍖栧鍝侀槻浼?/a>, | 2018-07-19

 鏍稿緞榪圭患鍚堥槻浼爣璇嗕粙緇嶏細Introduction of nuclear track integrated anti-counterfeiting mark錛?nbsp;鏍稿緞榪圭患鍚堥槻浼爣璇嗗浘妗堢敱姣忓鉤鏂瑰帢綾沖嚑鍗佷竾鍒板嚑鐧句竾涓井綾崇駭寰瓟緇勬垚銆傚井瀛斿湪鍏夌嚎涓嬪弽灝勫艦鎴愮櫧鑹插浘妗堛€傚井瀛斿瓟寰勫緢灝忥紝瀛旀暟寰堝錛屽井瀛斿湪騫抽潰涓婃寜緇熻瑙勫緥鍒嗗竷錛屽瓟閬撲負鍦嗘煴褰紝鍏鋒湁鑹ソ鐨勯€忔皵銆侀€忔按鎬ц兘銆傞€氳繃妯℃嫙璇曢獙錛岃瘉鏄庡埄鐢ㄦ縺鍏夋墦瀛旀垨鏈烘鍔犲伐鎵嬫錛屾棤娉曞埗寰楀拰鏍稿井瀛旈槻浼啘綾諱技鐨勪駭鍝併€俆he nuclear track comprehensive anti-counterfeiting mark pattern consists of hundreds of thousands to millions of micron-sized micropores per square centimeter. The micropores

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