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AC260Vの試験装置の挿入は機械を作るリターン・ロスのテスター繊維のパッチ・コードを
Insertion Loss and Return Loss Test Station for Fiber Optic Patch Cord Production Model:ILRL-6001 Place of Origin:ShenZhen,China Product description This I/R loss tester is depended on the rich experience in the production and test of the passive components and test instrument, fully absorbing the advantages of the international instrument, Our designs and develops Return Loss/Insertion Loss Test Station to meet the growing customers’ requirements from the domestic andinterna
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4Mピクセルは繊維の端の表面点検、DC12Vの自動繊維光学の検査官を統合した
AC400/AC200 Integrated Fiber Endface Inspector Optical fiber end face automatic analyzer Model:AC400/AC200 Place of Origin:ShenZhen,China Description AutoCheck can identify the tiny defects accurately, convenientlyand simply. The fiber end-face inspection complies with IEC standard andcustomized criteria. FEATURES 1. Automatic Analysis 2. Automatic Reporting 3. Android Embedded System 4. Built-in IEC Criteria 5. Wireless and Wired Internet Access Pre-set IEC Criteria
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多重チャンネルの4左舷VFLの繊維光学の視覚欠陥のロケータのベンチの上の卓上
Bench top VFL 650nm optical Light source Multichannel 4 port Desktop Fiber Optic Visual Fault locator Four channels red light source Model:OFO-2004 Place of Origin:Guangdong,China Description Desktop four-channel red light source uses 650nm laser ,As a light emitting device, the output power is optional; at the same time support four Optical path failure detection. The product is easy to operate and can be used to Optical cable, joint connector for visual testing, single-mode
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20X繊維光学の点検顕微鏡、ビデオ・ディスプレイが付いている光ファイバーの顕微鏡
Benchtop fiber optic inspection microscope with video display Fiber Optic Tools and Test Equipment Model:400X-FV Place of Origin:Guangdong,China Description Fiber Optic Microscopes utilize coaxial illumination to provide the user with a critical view of fine scratches, making them the ideal choice for factory post-polish, component assembly, and QC inspection of fiber connectors. WT-V-400 include a video microscope, a video monitor, and a 1.25mm and 2.5mm universal adapter
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10000Hrs 400X繊維のパッチ・コードの製造業機械Endface繊維の点検顕微鏡
Easy Operation Endface Fiber Optic Inspection Microscope Optical Fiber Endface Inspector Model:CLX-7000 Place of Origin:ShenZhen,China Quick Detail: ● Lasting performance and value embodiment ● The design concept of integrated ● Incomparable image quality ● Convenient operation ● Dustproof design ● Image centered design ● Precision ceramic adapter ● Image storage function ● Image input and output functions ● Safety & humanized design Description This is an integrated fiber
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横のFTTH 50Hz繊維のパッチ・コードの製造業機械エポキシの治癒のオーブン
Horizontal Wholesale FTTH Fiber Pigtail Patch Cord Fiber Optic Connector Heat Fiber Optic Epoxy Curing Oven Description Curing Oven is a type of universal curing oven for fiber optic connectors, it is available for general connectors (such as FC/SC/ST, MU/LC) after glue injecting. The heating board could contain 100 connector ferrules at most. There is indicator light, timer and temperature indicator. Simply operation and perfect solidified effect. Key Features Input voltage:
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400/200xは繊維の点検規模、端の表面繊維光学の顕微鏡を統合した
Easy Operation Endface Fiber Optic Inspection Microscope Optical Fiber Endface Inspector Model:CLX-7000 Place of Origin:ShenZhen,China Description Desktop fiber end face detector series products, is according to the market a variety of customer demand, our company developed a set of a series of equipment used to detect various kinds of fiber products surface, can detect all kinds of single core insert core, ordinary 2.5/1.25 core series, MPO/MTP series, optical module, TOSA
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0.5s繊維のパッチ・コードの製造業機械光ケーブルのコネクターのテスターDC24V
SANA2 Patch Cord Testing Multifiber Automatic Optic Cable Connector Test Equipment Optical Fiber Tester Interferometer Model:SANA2 Place of Origin:Guangdong,China Description It is an automatic, non contact fiber endface interferometer for single fiber connector developed by Dimension Technology. SANA2 measures geometry parameters by optical interference method. It can measure the parameters of fiber connectors such as radius of curvature, apex offset, and fiber height as
