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Rare-earth doped fiber
Rare-earth doped fiber
Panda type polarization maintaining ytterbium doped fiber at 880nm (core absorption of 85 dB/m)
The Xiaoxiaobao ytterbium doped fiber series adopts a panda shaped stress element design to improve birefringence and has high polarization retention performance. The products are divided into two categories: single-mode fiber with ordinary coating and double clad large mode field fiber, which have the characteristics of high conversion efficiency and large gain, and can achieve high-power and high-quality polarized light output. Suitable for ultrafast fiber lasers, as well as fiber lasers and amplifiers that require polarized light output.
Product PN# product name Mode field diameter cutoff wavelength Other parameters
Yb85-30/250-PM Panda type polarization maintaining ytterbium doped fiber (cladding diameter 250um) 30.0 ± 0.5 880 ± 80nm Add Inquiry
Yb85-20/400-PM Panda type polarization maintaining ytterbium doped fiber (cladding diameter 400um) 20.0 ± 1.5 880 ± 80nm Add Inquiry
Yb85-6/125-PM Panda type polarization maintaining ytterbium doped fiber (cladding diameter 125um) 6.0 ± 0.5 880 ± 80nm Add Inquiry
Single mode ytterbium doped fiber core pump fiber 1030-1100nm (for low-power fiber lasers)
DF1100 single-mode ytterbium doped fiber core pump fiber is used for low-power fiber lasers. It provides a high peak absorption of 900 dB at 977 nm and a wide pump range from 900 to 1064 nm.
Product PN# product name Working wavelength numerical aperture cladding diameter Other parameters
C80010403 Single mode ytterbium doped fiber core pump fiber 1030-1100nm (for low-power fiber lasers) 1030-1100nm 0.14-0.17 125 ±1 µm Add Inquiry
Rare earth doped ZBLAN single clad fluoride bare optical fiber (FL ZSF series)
One of the characteristics of ZBLAN fluoride fiber is the high efficiency of light emission from various rare earth dopants, such as Tm, Pr, and Er. Single mode ZBLAN fiber core pulling optical amplifier doped with rare earth elements, ASE light source, and fiber laser are used as gain media for optical fibers.
Product PN# product name Core diameter numerical aperture Other parameters
ZSF-2.1/125-1Y Yb doped ytterbium ZBLAN single clad fluoride fiber (core NA0.28 cutoff wavelength less than 900nm) 2.1um 0.28 Add Inquiry
ZSF-9.0/125-1H Ho doped Ho Ho ZBLAN single clad fluoride fiber (core NA0.16 cutoff wavelength less than 2100nm) 9.0um 0.16 Add Inquiry
ZSF-2.7/125-3.2T Tm doped thulium ZBLAN single clad fluoride fiber core 2.7um (core NA0.26 cutoff wavelength less than 1050nm) 2.7um 0.26 Add Inquiry
ZSF-2.5/125-4.4T Tm doped thulium ZBLAN single clad fluoride fiber core 2.5um (core NA0.27 cutoff wavelength less than 1000nm) 2.5um 0.27 Add Inquiry
ZSF-2.3/120-3.2T Tm doped thulium ZBLAN single clad fluoride fiber core 2.3um (core NA0.26 cutoff wavelength less than 950nm) 2.3um 0.26 Add Inquiry
ZSF-13/125-40C-0.12 Ce doped ZBLAN single clad fluoride fiber (core NA 0.12 cut-off wavelength less than 2350nm) 13um 0.12 Add Inquiry
ZSF-14/125-3D-0.16 Dy doped dysprosium ZBLAN single clad fluoride fiber (core NA 0.16 cut-off wavelength less than 4200nm) 14um 0.16 Add Inquiry
ZSF-13/125-1D-0.16 Dy doped dysprosium ZBLAN single clad fluoride fiber (core NA 0.16 cut-off wavelength less than 3300nm) 13um 0.16 Add Inquiry
ZSF-2.1/125-1Y-0.25 Yb doped ytterbium ZBLAN single clad fluoride fiber (core NA0.25 cutoff wavelength less than 850nm) 2.1um 0.25 Add Inquiry
ZSF-10/125-1H-0.16 Ho doped Ho Ho ZBLAN single clad fluoride fiber (core NA0.16 cutoff wavelength less than 3150nm) 10um 0.16 Add Inquiry
ZSF-4.7/125-2E-0.20 Er doped erbium ZBLAN single clad fluoride fiber (core NA0.20 cutoff wavelength less than 1450nm) 4.7um 0.20 Add Inquiry
ZSF-2.0/125-2P-0.26 Pr praseodymium doped ZBLAN single clad fluoride fiber (core NA 0.26 cut-off wavelength less than 900nm) 2.0 um 0.26 Add Inquiry
ZSF-8.5/125-13T-0.16 Tm doped thulium ZBLAN single clad fluoride fiber (core NA0.16 cutoff wavelength less than 2150nm) 8.5um 0.16 Add Inquiry
ZSF-6.0/125-10T-0.20 Tm doped thulium ZBLAN single clad fluoride fiber core 6.5um (core NA0.20 cutoff wavelength less than 1900nm) 6.5um 0.20 Add Inquiry
ZSF-5.5/125-40T-0.20 Tm doped thulium ZBLAN single clad fluoride fiber core 5.5um (core NA0.20 cutoff wavelength less than 1650nm) 5.5um 0.20 Add Inquiry
ZSF-2.4/125-3.2T-0.26 Tm doped thulium ZBLAN single clad fluoride fiber core diameter 2.4um (core NA0.26 cutoff wavelength less than 1050nm) 2.4um 0.26 Add Inquiry
ZSF-5.5/125-5E-0.11 Erbium doped ZBLAN single clad fluoride fiber (core NA0.11 cutoff wavelength less than 900nm) 5.5um 0.11 Add Inquiry
ZSF-2.1/125-1.5P-0.25 Pr praseodymium doped ZBLAN single clad fluoride fiber (core NA 0.25 cut-off wavelength less than 900nm) 2.1um 0.25 Add Inquiry
ZSF-2.4/125-1.5P Praseodymium doped ZBLAN single clad fluoride fiber core diameter 2.4 (core NA0.25 cutoff wavelength less than 950nm) 2.4um 0.25 Add Inquiry
ZSF-5.5/125-5E Erbium doped ZBLAN single clad fluoride fiber (core NA 0.12 cut-off wavelength less than 950nm) 5.5um 0.12 Add Inquiry
ZSF-6/125-P-0.26 Customization of Rare Earth Praseodymium Pr Doped ZBLAN Single clad Fluoride Fiber (ZSF Series) 6um 0.26 Add Inquiry
Rare earth doped ZBLAN double clad fluoride bare optical fiber (FL ZDF series)
One of the characteristics of ZBLAN fluoride fiber is the high efficiency of light emission from various rare earth dopants, such as Tm, Pr, and Er. Single mode ZBLAN fiber core pulling optical amplifier doped with rare earth elements, ASE light source, and fiber laser are used as gain media for optical fibers.
Product PN# product name Core diameter Other parameters
ZDF-10/125-30H2.5P-C Rare earth holmium/praseodymium doped ZBLAN double clad fluoride bare optical fiber (FL ZDF series) 10um Add Inquiry
ZDF-10/125-30H2.5P-O Rare earth Ho Ho/Pr praseodymium doped ZBLAN double clad fluoride bare fiber 10um Add Inquiry
ZDF-13/125-35H2.5P-O Rare earth Ho Ho/Pr praseodymium doped ZBLAN double clad fluoride bare fiber 13um Add Inquiry
ZDF-16/250-10E-C Rare earth erbium doped ZBLAN double clad fluoride bare fiber (FL ZDF series) 16um Add Inquiry
ZDF-18/250-60E-C Rare earth erbium doped ZBLAN double clad fluoride bare fiber (FL ZDF series) 18um Add Inquiry
ZDF-20/250-40E2.5D-C Rare earth Ey/Dy doped ZBLAN double clad fluoride bare fiber (FL ZDF series) 20um Add Inquiry
ZDF-30/300-60E-C Rare earth erbium doped ZBLAN double clad fluoride bare fiber (FL ZDF series) 30um Add Inquiry
ZDF-7.5/125-40T-C Rare earth Tm thulium doped ZBLAN double clad fluoride bare fiber (FL ZDF series) 7.5um Add Inquiry
ZDF-8.5/125-2H40T-C Rare earth holmium/thulium doped ZBLAN double clad fluoride bare fiber (FL ZDF series) 8.5um Add Inquiry
® LIEKKI Yb1200-10/125 Large Mode Field Double clad Ytterbium Doped Fiber
LIEKKI ® Yb1200-10/125 fiber is a highly doped large mode area fiber suitable for medium power fiber laser and amplifier applications. The combination of high cladding absorption, low dimming loss, and high beam quality makes them an ideal choice for compact fiber power amplifiers. LIEKKI ® Yb1200-10/125 fiber can be used as double clad (Yb1200-10/125DC) and double clad polarization maintaining (Yb1200-10/125DC-PM) fiber.
Product PN# product name Core diameter cladding geometry Other parameters
LIEKKI® Yb1200-10/125DC LIEKKI ® Yb1200-10/125DC large mode field double clad ytterbium doped fiber 10.0 ± 1.0um Octagonal Add Inquiry
Yb1200-10/125DC-PM LIEKKI ® Yb1200-10/125DC-PM - Large Mode Field Double clad Ytterbium Doped Fiber Polarization Maintaining 10.0 ± 1.0um Round； PANDA Add Inquiry
Ytterbium doped (Yb) single clad fiber 850nm
The Yb 406 Yb doped single clad fiber developed by our main partner INO has high QCE value, high efficiency, and anti photochromic properties. It is designed to meet different needs and applications, such as serving as a design for fiber lasers and amplifiers.
Product PN# product name Core diameter cladding diameter cutoff wavelength Other parameters
Yb406 Ytterbium doped (Yb) single clad fiber 850nm 4.0/125um 4um 125+/-0.3um 850 ± 50nm Add Inquiry
INO Large Mode Area (LMA) Yb (Ytterbium) PM Polarization Maintaining Fiber (Used for Ultrafast/Pulse/Laser/Fiber Amplifier)
INO offers a variety of large mode area (LMA) ytterbium doped fibers. Good beam quality enables our optical fibers to adapt well to every amplification stage. FASSTFBR is a linearly polarized maintenance fiber based on low photodarkening core chemistry, with a refractive index profile designed to ensure excellent quality of the output beam. Therefore, fast fiber laser lines are a good choice for pulse fiber laser applications that require long-term reliability and optimal output beam profile.
Product PN# product name Core diameter numerical aperture Other parameters
Yb-MCOF-35/250-56/400-07-2.2-T0.7-PM INO FastFBR multi clad ytterbium doped large mode area tapered PM fiber (pump guided absorption 2.2dB/m) 小纤芯直径：35± 3µm；大纤芯直径：56± 5µm 0.07 Add Inquiry
Yb-MCOF-35/250-07-2.5-PM INO high-power multi clad ytterbium doped large mode area PM fiber (pump guided absorption of 2.5dB/m) 35± 3µm 0.07 Add Inquiry
Yb-MCOF-35/250-07-0.9-PM INO high-power multi clad ytterbium doped large mode area PM fiber (pump guided absorption 0.9dB/m) 35± 3µm 0.07 Add Inquiry
Yb-DCOF-15/125-08-2.7-PM INO double clad ytterbium doped PM fiber (pump guided absorption: 2.7 ± 0.3dB/m) 15µm 0.08 Add Inquiry
YB-MCOF-10/125-08-1.6-PM INO multi clad ytterbium doped single-mode PM fiber (pump guided absorption: 1.6 ± 0.3dB/m) 10µm 0.08 Add Inquiry
Yb401-PM INO single clad ytterbium doped single-mode polarization maintaining fiber（ MFD6.0um@1064nm Suitable for low-power lasers and amplifiers) 5.0 ± 0.5 µm 0.14 ± 0.02 Add Inquiry
NLIGNT Liekki ER80-8/125 Large Mode Area Single clad Erbium Doped Fiber 1250nm (Highly Doped Erbium Gain)
LIEKKI ® Er80-8/125 fiber is a highly doped large mode area erbium fiber, suitable for medium power amplifiers and lasers. Good weldability, high doping level, and large core make these fibers very suitable for amplifying medium peak power pulses in the 1.5 μ m wavelength range that is safe for human eyes. High erbium concentration greatly reduces the required fiber length for applications, while providing strong gain and reducing nonlinear effects.
Product PN# product name Cutoff wavelength numerical aperture Other parameters
Er80-8/125-PM Er80-8/125-PM large mode area single clad erbium-doped polarization maintaining fiber 1250nm (high erbium-doped gain) 1250 ± 150nm 0.13 Add Inquiry
ER80-8/125 ER80-8/125 Highly Doped EDF Erbium Doped Single Mode Fiber (Highly Doped Erbium Gain Fiber 1250nm) 1250 ± 150nm 0.13 Add Inquiry
Er80-4/125-HD-PM highly doped single clad polarization maintaining erbium fiber 800-980nm
LIEKKI ® Er80-4/125-HD-PM fiber is a highly doped, polarization maintaining erbium fiber designed specifically for fiber lasers. The refractive index distribution of the fiber core is customized to achieve fibers with normal dispersion higher than standard step index fibers. High erbium concentration provides powerful gain and shortens the required application length to Min Transform nonlinear effects. This makes the fiber particularly suitable for ultra short pulse applications.
Product PN# product name Cutoff wavelength numerical aperture Other parameters
Er80-4/125-HD-PM Er80-4/125-HD-PM polarization maintaining erbium doped fiber 800-980nm 800-980 nm 0.2 Add Inquiry
Optran Ultra WFGE germanium doped quartz fiber 400-2400nm NA0.37
As a leading enterprise in the fiber optic industry, CeramOptec ® The company has partnered with Ceram Optec SIA to jointly launch a new product - Optran Ultra, a fiber optic series with high light transmittance. Optran Ultra fiber has a refractive index of 0.37, high numerical aperture value, unparalleled performance, and a wide spectral range Exhibiting unparalleled performance. The innovative Optran Ultra fiber launched by CeramOptec and Ceram Optec SIA exhibits excellent spectral transmittance in the range of 400-2400nm, with applications ranging from spectroscopy to sensing.
Product PN# product name Wavelength NA Other parameters
1409020037LV Optran ® Ultra WFGE germanium doped quartz fiber 200/220/320 NA 0.37 400 – 2400 nm； 0.37 Add Inquiry
130902002LV Optran ® Ultra WFGE germanium doped quartz fiber 200/220/245 NA 0.37 400 – 2400 nm； 0.37 Add Inquiry
LIEKKI Er16-8/125 Large Mode Field Area Single clad Erbium Doped Fiber LMA 1250nm (Used for Medium Power Amplifier ASE, etc.)
Large Mode Area Single Clad Erbium Doped FiberLIEKKI ® Er16-8/125 fiber is a large mode area (LMA) erbium-doped fiber suitable for medium power output amplifiers. The excellent fusion bonding ability, outstanding power conversion efficiency, and outstanding spectral reproducibility and consistency make this fiber the choice for today's medium power output amplifiers, such as those used in TV and PON applications.
Product PN# product name Core numerical aperture cutoff wavelength Other parameters
Er16-8/125 LIEKKI Er16-8/125 Large Mode Field Area Single clad Erbium Doped Fiber LMA (Core Absorption Peak 16dB/m) 0.13 1250 ± 150nm Add Inquiry
Yb401 doped ytterbium single clad single-mode fiber with a cutoff wavelength of 800-900nm and a core diameter of 5um
Yb401 is a single clad true single-mode fiber with an MFD of 6.0 μ m at 1060 nm, a core absorption of 140 dB/m at 915 nm, and low core chemical properties. This type of fiber is highly suitable for low-power lasers and amplifiers pumped by single-mode laser diodes. Yb401 is equivalent to the low photoluminescence decrease of Yb501 fiber.
Product PN# product name Core NA Mode Field Diameter @ 1060 nm Other parameters
YB401 Yb401 doped ytterbium single clad single-mode fiber cut-off wavelength 800-900nm 0.14 ± 0.02 6.0 ± 1 µm Add Inquiry
Le Verre Fluore Double D-shaped Rare Earth Doped Double clad Fiber
Thanks to its high RE solubility (up to 100000 ppm) and low phonon energy, our fluoride fiber can provide dozens of active transitions, enabling a wide range of applications from visible light to mid infrared.
Product PN# product name Doping concentration: Core diameter Other parameters
ZFG DC[2.7](Er3+10000)16.5/240*260/290 Le Verre Fluore Erbium doped Double clad Single mode Fiber Band 3.55um 5.6W 10000ppm 16.5um Add Inquiry
Double clad erbium ytterbium co doped polarization maintaining fiber
The DCF-EY-10/128-PM produced by CorActive is a double clad polarization maintaining fiber co doped with erbium ytterbium fiber. It not only has a high doping concentration and efficient energy transfer, but also reduces the required pump power. Due to the polarization performance of this ratio, the fiber maintains high efficiency and excellent beam quality, making it very suitable for designing low-power fiber lasers and amplifiers for various markets, such as laser radar. Xiaoxiao Photon provides a full range of erbium-doped and erbium ytterbium fiber products, which are widely used in fiber lasers and amplifiers to meet demanding optical amplifier design requirements.
Product PN# product name Core diameter numerical aperture Other parameters
DCF-EY-10/128P Double clad erbium ytterbium co doped polarization maintaining fiber (CorActive 10 ± 2um) 0.20±0.02 0.45 Add Inquiry
Fluoride single-mode IFG fiber 0.3-5.5um
Composite glass fiber composed of heavy metal fluorides in IFG fiber. Compared with widely used quartz fibers, IFG fibers have a wide transmission wavelength range of 0.3 μ m~5.5 μ m and high emission efficiency of doped rare earth ions. In the application field of fiber lasers and amplifiers, in order to optimize their efficiency, Xiaoxiao Photon has developed a unique fiber manufacturing technology to produce high-quality (especially low loss) fluoride fiber single-mode fibers at low cost. With a specific D-type core, customized fiber lasers and amplifiers can be designed and manufactured. Mid IR supercontinuum LVF nonlinear single-mode fibers can achieve very flat and broadband output spectra due to their excellent performance. Mid infrared spectroscopy and optical measurement using a mid infrared supercontinuum laser. Xiaoxiao Photon provides a full range of IFG fiber products that can meet the demanding needs of fiber lasers. It can customize cutoff wavelength, core diameter, cladding diameter, and more. Xiaoxiao Photon provides you with an external line solution for Quan directional red.
Product PN# product name Cut off wavelength Core diameter Other parameters
IFG-SM(3.7)9.5/125 Heavy metal fluoride IFG single-mode doped fiber (cut-off wavelength 3.7um) 3.7um 9.5/125μm Add Inquiry
IFG-SM(3.3)8.5/125 Heavy metal fluoride IFG single-mode doped fiber (cut-off wavelength 3.3um) 3.3um 8.5/125μm Add Inquiry
IFG SM (2.95) 7.5/125 Heavy metal fluoride IFG single-mode doped fiber (cut-off wavelength 2.95um) 2.95um 7.5/125μm Add Inquiry
LIEKKI ® Yb1200-30/250 high doped large mode field double clad ytterbium doped fiber
LIEKKI ® Yb1200-30/250 fiber is a highly doped fiber with very high cladding absorption and low dimming loss, high efficiency per application length, and very high beam quality. These fibers are ideal choices for high-power pulsed fiber amplifiers, where short application lengths are crucial to avoid nonlinear effects. LIEKKI ® Yb1200-30/250 fiber can be used as double clad (Yb1200-30/250DC) and double clad polarization maintaining (Yb1200-30/250DC-PM) fiber.
Product PN# product name Core numerical aperture Core diameter Other parameters
Yb1200-30/250DC LIEKKI ® Yb1200-30/250DC high doped large mode field double clad ytterbium doped fiber 0.070 ± 0.005 30.0 ± 2.0um Add Inquiry
Yb1200-30/250DC-PM LIEKKI ® Yb1200-30/250 high doped large mode field double clad ytterbium doped fiber polarization maintaining 0.062 ± 0.005 30.0 ± 2.0um Add Inquiry
MetroGain erbium-doped fiber (C+L band)
Fibercore M-12 (980/125) erbium-doped fiber belongs to Fibercore's erbium-doped MetroGain series fiber. This series of optical fibers is specifically designed for low-cost or small single-stage EDFAs. It has high optical conversion efficiency, allowing EDFA to be achieved with only a short fiber length. This series of optical fibers has multiple cladding size specifications to meet the needs of different EDFAs. The MetroGain series of fibers offers three products based on 980nm pumping and one product based on 1480nm pumping, which can achieve fiber amplifiers in the C-band (1530~1565nm) and L-band (1565~1625nm). M-12 (980/125) is an optical fiber based on 980nm pumping, with high pump absorption rate, therefore it requires a short length as a gain fiber.
Product PN# product name Cut off wavelength Bare fiber diameter Other parameters
M-5(980/125) Erbium doped fiber M-5 (980/125) in the C+L band 900-970nm 245 ± 15um Add Inquiry
M-12(980/80) C+L band erbium-doped fiber M-12 (980/80) 900-970nm 170±10um Add Inquiry
M-3(1480/125) Erbium doped fiber M-3 (1480/125) in the C+L band 1300-1450nm 245 ± 15um Add Inquiry
M-12(980/125) C+L band erbium-doped fiber M-12 (980/125) 900 - 970nm 245 ± 15um Add Inquiry
Fluoride single-mode thulium doped ZBLAN fiber (0.3-4.50 μ m)
ZFG fiber optic composite glass fiber composed of heavy metal fluorides. Compared with widely used quartz fibers, ZFG fibers have a wide transmission wavelength range of 0.3 μ m to 4.5 μ m and high emission efficiency of doped rare earth ions. In the application field of fiber lasers and amplifiers, in order to optimize their efficiency, Xiaoxiao Photon has developed a unique fiber manufacturing technology to produce high-quality (especially low loss) fluoride fiber single-mode fibers at low cost. With a specific D-type core, customized fiber lasers and amplifiers can be designed and manufactured. Mid IR supercontinuum LVF nonlinear single-mode fibers can achieve very flat and broadband output spectra due to their excellent performance. Mid infrared spectroscopy and optical measurement using a mid infrared supercontinuum laser. Xiaoxiao Photon provides a full range of ZFG fiber products that can meet the demanding needs of fiber lasers. It can customize cutoff wavelength, core diameter, cladding diameter, etc. Xiaoxiao Photon provides you with a solution for Quan directional red external lines. Fiber optic cables are priced based on quantity, and the contract amount is generally not less than 3500 yuan
Product PN# product name Cut off wavelength Core diameter Other parameters
ZFG SM [0.95](Tm3 5000) 3/125 0.3-4.50um fluoride single-mode thulium doped ZBLAN fiber 900nm 3.0um Add Inquiry
ZBLAN double clad doped multimode fiber
ZBLAN fiber is a composite glass fiber composed of heavy metal fluorides such as ZrF4, BaF2, LaF3, AlF3, and NaF. Compared with widely used quartz optical fibers, ZBLAN optical fibers have the characteristics of a wide transmission wavelength range (0.35 μ m~4 μ m) and high emission efficiency of doped rare earth ions. For the application of fiber lasers and amplifiers, in order to optimize their efficiency, Xiaoxiao Photon has developed a unique fiber manufacturing technology to produce high-quality (especially low loss) fluoride fiber double clad fibers at low cost. With a specific d-core, customized fiber lasers and amplifiers can be designed and manufactured. Mid IR supercontinuum LVF nonlinear single-mode fibers can achieve very flat and broadband output spectra due to their excellent performance. The mid infrared spectroscopy and optical measurement VF proposed standard single-mode and multi-mode fiber optic connection cables for optical installation. Customized rare earth doped fluoride glass blocks for fluorescence research manufactured by fluorescent LVE. Xiaophoton provides a full range of ZBLAN fiber products, with customizable wavelengths ranging from 0.04 μ m to 0.35 μ m. The fiber core and cladding can be customized from 50 μ m to 1000 μ m, and infrared solutions can also be customized.
Product PN# product name Core diameter Other parameters
ZFG MM DC(0.12/0.45) (Er3+ 80000) 40/150*200/260 ZBLAN fluoride double clad erbium doped multimode fiber (0.3-4.5um) 40μm Add Inquiry
ZBLAN double clad polarization maintaining doped fiber
ZBLAN fiber is a composite glass fiber composed of heavy metal fluorides such as ZrF4, BaF2, LaF3, AlF3, and NaF. Compared with widely used quartz fiber, ZBLAN fiber has the characteristics of a wide transmission wavelength range (0.35 μ m~4.5 μ m) and high emission efficiency of doped rare earth ions. For the application of fiber lasers and amplifiers, in order to optimize their efficiency, Xiaoxiao Photon has developed a unique fiber manufacturing technology to produce high-quality (especially low loss) fluoride fiber double clad fibers at low cost. With a specific D-type core, customized fiber lasers and amplifiers can be designed and manufactured. Mid IR supercontinuum LVF nonlinear single-mode fibers can achieve very flat and broadband output spectra due to their excellent performance. The mid infrared spectroscopy and optical measurement LVF proposed standard single-mode and multi-mode fiber optic connection cables for optical installation. Customized rare earth doped fluoride glass blocks for fluorescence research manufactured by fluorescent LVE. Xiaoxiao Photon provides a full range of ZBLAN fiber products that can meet the demanding needs of fiber lasers. It can customize cutoff wavelength, core diameter, cladding diameter, etc. Xiaoxiao Photon provides you with a comprehensive solution for red external lines.
Product PN# product name Cut off wavelength Core diameter Other parameters
ZBLAN PM DC(2.5) (Er3+70000) 15/240*260/290 ZBLAN double clad polarization maintaining erbium-doped fiber 2.5μm 15μm Add Inquiry
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