Product Origin:Jiangsu, China
Main Material:Glass,Quartz
Product Size:custom
Application:Thermal imaging,IR optical imaging,Laser delivery,Chemical sensing,Photon detection,IR early warning,Industrial and Medical image transmission, etc.
It would be helpful to have the following information ready for discussion:
Note: Customized to customer requirements glass fiber image transmission bundle.
Multi-component glass optical fiber image transmission bundle:
The multi-channel image transmission beam is a fiber optic image transmission device with a complex optical path structure.
It can converge multiple images on one end surface and output them. Its structure can be four-in-one, six-in-one, nine-in-one and other structures.
Typical Bundle Specifications
|
Image Format（mm） |
φ0.6-φ2.0，3×3-25×25 |
|
Diameter（μm） |
8-15 |
|
Element（NA） |
0.6 |
|
Operating Temperature（℃） |
-40/80 |
|
Bending Radius（mm） |
≤100 |
|
Length（mm） |
150-5000 |
Product Pictures
Quartz fiber image transmission bundle:
Quartz image beam is a flexible passive,image transmission device, which can be used in nuclear radiation, neutron radiation, electromagnetic radiation and other harsh environments.
Application:High speed photography,Nuclear radiation,Nuclear industry,Neutron radiation environment,etc.
|
Typical Bundle Specifications |
|
Gamma resistant dose（Gray） |
105-6 |
|
Image Format（mm×mm） |
Image Format（mm×mm） |
|
Diameter（μm） |
27.5 |
|
Length (mm) |
1000-15000 |
|
Element (NA) |
0.22 |
|
Bending Radius (mm) |
≤100 |
Product Pictures
Low-loss Chalcogenide Image Transmission Bundle:
The chalcogenide infrared optical fiber image transmission bundle transmits the infrared optical image directly from one end to the other through the optical fiber, and can be used with the back-end infrared thermal imaging detector.
Application:Detection of heat distribution of objects in strong magnetic fields, hazardous environments, narrow spaces or small holes
|
Typical Bundle Specifications |
|
Model |
Transmission(μm) |
Optical Loss(dB/m) |
Element(NA) |
Diameter(μm) |
Highest Working Temperature(oC) |
|
IRF-S Series |
1.0~6.0μm |
0. 2@3.8μm |
0.10~0.30±0.01 |
30~200μm |
150 |
|
IRF-TE Series |
2.0~12.0μm |
1.0@7.0μm |
0.10~0.30±0.01 |
30~200μm |
200 |
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