Committed to Providing Specialty Optical Fiber and Solution
Phone: +0086-156-1818-3621
Email: jasmin-xu@sollektor.com
Sollektor
+0086+15618183621
jasmin_xu@sollektor.com
info@sollektor.com
+86-4006-888-937
This single-mode microstructured optical fiber achieves endlessly single-mode transmission characteristics in its guiding window through structural optimization. The endlessly single-mode property enables single-mode transmission with a large mode area, ensuring the beam quality of the fundamental mode, independent of the fiber core size. This fiber can be applied in high-power laser energy delivery with a large mode area, significantly reducing the occurrence of nonlinear effects.
| Product code | MOF_SC_ESM8/125/145PI | MOF_SC_ESM20/150/170PI | MOF_SC_ESM35/225/275PI |
| Core diameter | 8.5±1μm | 20±1μm | 35±1μm |
| Cladding diameter | 125±3μm | 150±3μm | 255±3μm |
| Spectral loss | @1064 nm <20 dB/km
@1550 nm <15 dB/km |
@1064 nm <20 dB/km
@1550 nm <15 dB/km |
@1064 nm <20 dB/km
@1550 nm <10 dB/km |
| MFD | 80±10μm2 | 225±30μm2 | 730±50μm2 |
| Core/Clading Material | High purity fused silica glass | High purity fused silica glass | High purity fused silica glass |
| Jacket diameter | 145±5μm | 170±5μm | 275±5μm |
| cladding non-circularity | ≤0.1 | ||
| Jacket Material | Polyimide/Acrylate | ||
| long-term working temperature | -55~300℃（Polyimide） | ||
| Short-term temperature tolerance | 350℃（Polyimide） | ||
| Prooftest | 75kpsi | ||
Sollektor
+0086+15618183621
jasmin_xu@sollektor.com
info@sollektor.com
+86-4006-888-937
This single-mode microstructured optical fiber achieves endlessly single-mode transmission characteristics in its guiding window through structural optimization. The endlessly single-mode property enables single-mode transmission with a large mode area, ensuring the beam quality of the fundamental mode, independent of the fiber core size. This fiber can be applied in high-power laser energy delivery with a large mode area, significantly reducing the occurrence of nonlinear effects.
Medical Industry
Power Industry
Optical Communication Industry
Aerospace, Chemical, and Nuclear Industries
High Temperature, High Pressure, and Cryogenic (Low Temperature)
Compatible with ETO and Radiation Sterilization (Pure Silica Core)
Mining, Oil, and Natural Gas Industries
Electromagnetic Radiation, Underwater Use (Hydrolysis Resistant)
Biocompatible for Interventional Therapy
| Product code | MOF_SC_ESM8/125/145PI | MOF_SC_ESM20/150/170PI | MOF_SC_ESM35/225/275PI |
| Core diameter | 8.5±1μm | 20±1μm | 35±1μm |
| Cladding diameter | 125±3μm | 150±3μm | 255±3μm |
| Spectral loss | @1064 nm <20 dB/km
@1550 nm <15 dB/km |
@1064 nm <20 dB/km
@1550 nm <15 dB/km |
@1064 nm <20 dB/km
@1550 nm <10 dB/km |
| MFD | 80±10μm2 | 225±30μm2 | 730±50μm2 |
| Core/Clading Material | High purity fused silica glass | High purity fused silica glass | High purity fused silica glass |
| Jacket diameter | 145±5μm | 170±5μm | 275±5μm |
| cladding non-circularity | ≤0.1 | ||
| Jacket Material | Polyimide/Acrylate | ||
| long-term working temperature | -55~300℃（Polyimide） | ||
| Short-term temperature tolerance | 350℃（Polyimide） | ||
| Prooftest | 75kpsi | ||
