Newport MKS Datasheets for Light Guides
Light guides conduct the flow of light from a light source to a point of use in areas that are too small or too hazardous to permit the installation of a light bulb. There are two basic types of light guides: liquid and fiber optic. Light guides are sometimes called light pipes (lightpipes).
Light Guides: Learn more
| Product Name | Notes |
|---|---|
| The 76841 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 76842 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 76843 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 76846 Bifurcated Liquid Light Guide is for dual source applications. The single end does not meet into a common circular core, as the two cores are stacked in the... | |
| The 76847 Bifurcated Liquid Light Guide is for dual source applications. The single end does not meet into a common circular core, as the two cores are stacked in the... | |
| The 76848 Bifurcated Liquid Light Guide is for dual source applications. The single end does not meet into a common circular core, as the two cores are stacked in the... | |
| The 76849 Bifurcated Liquid Light Guide is for dual source applications. The single end does not meet into a common circular core, as the two cores are stacked in the... | |
| The 77524 Glass Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 24 inch long, 0.125 inch diameter glass fiber bundle uses a silica/silica polyimide buffer. | |
| The 77525 Glass Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 36 inch long, 0.125 inch diameter glass fiber bundle uses a silica/silica polyimide buffer. | |
| The 77526 Glass Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 48 inch long, 0.125 inch diameter glass fiber bundle uses a silica/silica polyimide buffer. | |
| The 77527 Glass Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 72 inch long, 0.125 inch diameter glass fiber bundle uses a silica/silica polyimide buffer. | |
| The 77533 Bifurcated Fiber Optic Bundle is comb randomized to produce evenly divided outputs. When light is uniformly focused onto the large unified 0.55 NA input, each leg of a... | |
| The 77538 Glass Fiber Bundle has an 11 mm ferrule at one end and a rectangular slit at the other end. Use it to carry light from a light source... | |
| The 77539 Glass Fiber Bundle has an 11 mm ferrule at one end and a rectangular slit at the other end. Use it to carry light from a light source... | |
| The 77554 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77555 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77556 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77557 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77564 Standard Grade Fused Silica Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 36 inch long, 0.125 inch diameter Fused Silica bundle uses a... | |
| The 77565 Bifurcated High Grade Fused Silica Fiber Optic Bundle is comb randomized to produce evenly divided outputs. When light is uniformly focused onto the large unified 0.22 NA input,... | |
| The 77566 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77567 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77568 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77569 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77575 High Grade Fused Silica Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 24 inch long, 0.063 inch diameter High Grade Fused Silica bundle... | |
| The 77576 High Grade Fused Silica Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 36 inch long, 0.063 inch diameter High Grade Fused Silica bundle... | |
| The 77577 High Grade Fused Silica Fiber Optic Bundle uses a stainless steel protective sheathing around the fibers. This 24 inch long, 0.125 inch diameter High Grade Fused Silica bundle... | |
| The 77628 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77629 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77631 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77632 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77634 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77635 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77636 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77637 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 77638 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 39.4 inch length... | |
| The 77639 Liquid Light Guide is more efficient and less expensive than a Fused Silica Fiber Bundle and you don’t have to worry about fiber breakage. This 79 inch length... | |
| The 78252 UV-VIS Single Fiber Cable has a core diameter of 200 μm supporting our Mini spectrometers and Bench-top Spectrometers. This version has 250 μm cladding, and is 2 meter... | |
| The 78253 UV-VIS Single Fiber Cable has a core diameter of 400 μm supporting our and Bench-top Spectrometers. This version has 500 μm cladding, and is 1 meter long with... | |
| The 78254 UV-VIS Single Fiber Cable has a core diameter of 400 μm supporting our and Bench-top Spectrometers. This version has 500 μm cladding, and is 2 meter long with... | |
| The 78256 VIS-NIR Single Fiber Cable has a core diameter of 200 μm supporting our and Bench-top Spectrometers. This version has 250 μm cladding, and is 2 meter long with... | |
| The 78257 VIS-NIR Single Fiber Cable has a core diameter of 400 μm supporting our and Bench-top Spectrometers. This version has 500 μm cladding, and is 1 meter long with... | |
| The 78258 VIS-NIR Single Fiber Cable has a core diameter of 400 μm supporting our and Bench-top Spectrometers. This version has 500 μm cladding, and is 2 meter long with... | |
| The 78259 VIS-NIR Single Fiber Cable has a core diameter of 600 μm supporting our and Bench-top Spectrometers. This version has 750 μm cladding, and is 1 meter long with... | |
| The 78260 VIS-NIR Single Fiber Cable has a core diameter of 600 μm supporting our and Bench-top Spectrometers. This version has 750 μm cladding, and is 2 meter long with... | |
| The 78277 UV-VIS Single Fiber Cable has a core diameter of 1000 μm. This version has 1250 μm cladding, and is 1 meter long with SMA connectors. The transmission range... | |
| The 78300 VIS-NIR Single Fiber Cable has a core diameter of 800 μm supporting our and Bench-top Spectrometers. This version has 1000 μm cladding, and is 1 meter long with... | |
| The 78301 VIS-NIR Single Fiber Cable has a core diameter of 800 μm supporting our and Bench-top Spectrometers. This version has 1000 μm cladding, and is 2 meter long with... | |
| The 78302 VIS-NIR Single Fiber Cable has a core diameter of 1000 μm supporting our and Bench-top Spectrometers. This version has 1250 μm cladding, and is 1 meter long with... | |
| The 78303 VIS-NIR Single Fiber Cable has a core diameter of 1000 μm supporting our and Bench-top Spectrometers. This version has 1250 μm cladding, and is 2 meter long with... | |
| The 78367 UV-VIS Single Fiber Cable has a core diameter of 600 μm supporting our and Bench-top Spectrometers. This version has 750 μm cladding, and is 1 meter long with... | |
| The 78368 UV-VIS Single Fiber Cable has a core diameter of 600 μm supporting our and Bench-top Spectrometers. This version has 750 μm cladding, and is 2 meter long with... |