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Splicing, Glass Processing Systems

Industrial Photonics
Jan 2017
AFLRequest Info
SPARTANBURG, S.C. — Splicing and Glass Processing SystemsThe LAZERMaster LZM-110M, LZM-110P, LZM-110M+ and LZM-110P+ splicing and glass processing systems from AFL use a CO2 laser heat source to perform splicing, tapering, lensing or other glass shaping operations with glass diameters up to 2.3 mm.

The entire suite of LZM-110 laser glass processing systems are designed to address more specific production applications while reducing unnecessary features. The LAZERMaster’s high-resolution optical analysis system works in conjunction with on-board firmware for fully automatic splicing, tapering and other glass shaping processes.

By using CO2 heating, contamination induced by the heating source is eliminated. The glass is heated through absorption of CO2 laser photons providing the cleanest heating source available.

Each of the laser glass processing systems provide an advantage within an area of the specialty splicing and glass processing market. The LZM-110M/M+ is ideal for high-reliability factory splicing in the medical or fiber laser market with the added advantage of a clean CO2 laser heat source and an increased fiber handling capacity up to 2.3 mm fiber diameters. The LZM-110P/P+ is ideal for applications such as end capping or large ball lensing, as well as tapers less than 32 mm.


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fiber lasersProductslensesLAZERMasterLZM-110MLZM-110PLZM-110M+LZM-110P+Splicing and Glass Processing SystemsAFLAmericaslasersopticsindustrialBiophotonics

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