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Fused Bundles The LGO Hexagon Fused Bundles © represent a high-tech solution for the client's UV and IR applications and for replacing liquid light guides. They offer completely new possibilities in the high power and high temperature mode. By using LGO fused bundle technology we eliminate the gaps between individual fibers in the bundles. This way, LGO increase the packing density of the fiber cores. High transmission with no gaps between fibers Custom-made bundles to the client's specification High temperature resistance Vacuum aplications Biocompatible materials Made according to the client’s specification CE and ISO 13485 certified

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Fused Bundles

The LGO Hexagon Fused Bundles© represent a high-tech solution for the client's UV and IR applications and for replacing liquid light guides. They o�er completely new possibilities in the high power and high temperature mode. By using LGO fused bundle technology we eliminate the gaps between individual fibers in the bundles. This way, LGO increase the packing density of the fiber cores.

• High transmission with no gaps between fibers• Custom-made bundles to the client's specification• High temperature resistance• Vacuum aplications• Biocompatible materials• Made according to the client’s specification• CE and ISO 13485 certified

lgoptics.com

LightGuideOptics International, Ltd.Livani, Latvia

LightGuideOptics Germany GmbHMeckenheim, Germany

LightGuideOptics USA, LLCSan Jose, California, USA

LightGuideOptics Belarus, LLCMinsk, Belarus

LightGuideOptics China Pudong, Shanghai, P.R.C.

Fused Bundles

Fused bundle typical transmission around 70%*

Fused silica/silica bundle Fused silica/silicone bundle

Fused bundles without quartz tube typical transmission around 90%*

Technical details

Operational wavelengths 180–2200 nm

Numerical aperture 0.12±0.02 | 0.22±0.02 | 0.37±0.02 with hard clad | 0.5±0.02 with hard clad

Sorted bundles Bifurcated | Multi leg bundle | mapped | random | custom sorting

Connector types SMA | SMAF | FC/PC | ST | DIN | custom-made

• Possible other geometry than circle

• Higher precision

• Higher beam homogeneity for silica/silicone bundles

• Higher power threshold for silica/silica bundles

• 100% packing

Silicone clad

Silica clad

Silica core

Silicone clad

Silica core

Standard Hexagon Fused

Clad Clad

CoreCore

Lost Area No Gaps between fibers

*For 1 m long bundle

typical transmission around 80%*