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0.22 NA Step-Index Multimode Fibers

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Solarization-Resistant Multimode Optical Fiber, 0.22 NA

Click for Details

Features

Broad UV/NIR Spectral Range: 180 to 1150 nm
Core Sizes Available: Ø100 μm, Ø200 μm, Ø300 μm, Ø400 μm, or Ø600 μm
Numerical Aperture: 0.22 ± 0.02
Pure Silica Core, Doped-Silica Cladding, Polyimide Buffer

Our 0.22 NA Solarization-Resistant, Multimode fiber exhibits impressive performance and transmission from the UV to the NIR (180 to 1150 nm). With exceptional UV radiation resistance compared to standard fibers, these multimode fibers are ideal for use in applications such as spectroscopy for pollution analysis and chemical processing, UV photolithography, and medical diagnostics. The polyimide buffer allows this fiber to be used at temperatures up to 300 °C.

Because of the polyimide buffer, it is not possible to mechanically strip these fibers. Please contact tech support for assistance.

Item #	Core Diameter	Clad Diameter	Coating Diameter
UM22-100	100 μm ± 3 μm	110 ± 3 μm	124 μm ± 3 μm
UM22-200	200 μm ± 4 µm	220 μm ± 4 µm	239 μm ± 5 µm
UM22-300	300 μm ± 6 µm	330 μm ± 7 µm	370 μm ± 10 µm
UM22-400	400 μm ± 8 µm	440 μm ± 9 µm	480 μm ± 7 µm
UM22-600	600 μm ± 10 µm	660 μm ± 10 µm	710 μm ± 10 µm

Alternate Numerical Aperture Step-Index Fibers	0.1 NA High-Power, Small-Core Fibers	0.22 NA High- and Low-OH Fibers	0.37/0.39 NA High- and Low-OH Fibers	0.48 NA High- and Low-OH Fibers

Item #	Core Diameter	Clad Diameter	Coating Diameter	NA	Bandwidth (Typical)
UM22-100	100 μm ± 3 μm	110 ± 3 μm	124 μm ± 3 μm	0.22 ± 0.02	20 MHz•km
UM22-200	200 μm ± 4 µm	220 μm ± 4 µm	239 μm ± 5 µm	0.22 ± 0.02	20 MHz•km
UM22-300	300 ± 6 µm	330 ± 7 µm	370 ± 10 µm	0.22 ± 0.02	20 MHz•km
UM22-400	400 ± 8 µm	440 ± 9 µm	480 ± 7 µm	0.22 ± 0.02	20 MHz•km
UM22-600	600 ± 10 µm	660 ± 10 µm	710 ± 10 µm	0.22 ± 0.02	20 MHz•km

Item #	Proof Test Level	Bend Radius Short Term / Long Term
UM22-100	>100 kpsi	100 / 300 x Cladding Diameter
UM22-200
UM22-300
UM22-400
UM22-600	<100 kpsi	300 / 300 x Cladding Diameter

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Posted Comments:

Poster: jlow

Posted Date: 2013-01-14 14:27:00.0

Response from Jeremy at Thorlabs: We will get in touch with you directly regarding the data for the graphs.

Poster: tzvitzvi

Posted Date: 2013-01-09 02:16:59.913

Hello, Is it possible to obtain the data used to compile the graph given in this section (for high-OH fibers). Before we purchase your fibers, we need to perform some calculations and I need the numerical data. Thank you, Guy Rosenzweig Weizmann Institute of Science

Poster: sharrell

Posted Date: 2012-08-21 12:16:00.0

Response from Sean at Thorlabs: Thank you for your feedback. Our engineers are working to measure new transmission values for the AFS50/125Y fiber, and we will post this data as soon as it is available. We do not have your contact information, but if you'd like us to send you this data directly, please contact us at techsupport@thorlabs.com.

Poster:

Posted Date: 2012-08-19 23:37:19.0

High transmission efficiency is mentioned over the range from 400 to 2400 nm, but no numbers seem to be available in the presentation, can you please provide data out to 2.6 um. Ideally in the form of a downloadable file.

Poster: bdada

Posted Date: 2012-02-16 16:28:00.0

Response from Buki at Thorlabs: Thank you for your feedback. When adding a connector to the UM22-100 fiber, we do not remove the buffer. The epoxy we use, F123, is the same we use for our standard patch cables and the procedure we use is the same as that outlined in our guide to connectorization and polishing of optical fibers, FN96A, linked below. http://www.thorlabs.com/thorProduct.cfm?partNumber=FN96A Please contact TechSupport@thorlabs.com if you have any questions.

Poster: tjd

Posted Date: 2012-02-16 14:16:40.0

Can this fiber be connectorized without removing the PI jacket? If so, what type of epoxy/polishing technique do you recommend? Thanks, Tom

Poster: jjurado

Posted Date: 2011-06-14 18:14:00.0

Response from Javier at Thorlabs to mzubko: Thank you very much for contacting us. The prices posted on the web for these fibers correspond to the cost per meter of the fiber. The underscored volume price hyperlink opens up a small window with the unit price as well as the different price breaks based on quantity. For example, the price for one meter of the UM22-200 fiber is $13.40. For a quantity of ten meters, the price is $9.05 per meter, and at 50 meters, the price per meter is $7.44.

Poster: mzubko

Posted Date: 2011-06-14 10:40:04.0

Dear Sir or Madam, I would like to know the price of one meter for the UM22-200, UM22-300, UM22-400 and UM22-600 optic fibres. I understand that the "volume price" is not for one meter... Best regards, Maciej Zubko

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0.22 na 0.22na bare deep duv fiber fiberoptic fibre fibreoptic improved index laser mm mode multi multimode multi-mode nm non-solarizing optic optical photodarkening resistant short small solarization solarization-resistant step uv wavelength

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UM22-100

Customer Inspired! 0.22 NA, Ø100 µm Core Multimode Optical Fiber, Solarization Resistant, for 180 - 1150 nm

$12.20
Per Meter
Volume Pricing

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UM22-200

Customer Inspired! 0.22 NA, Ø200 µm Core Multimode Optical Fiber, Solarization Resistant, for 180 - 1150 nm

$13.40
Per Meter
Volume Pricing

Today

UM22-300

Customer Inspired! 0.22 NA, Ø300 µm Core Multimode Optical Fiber, Solarization Resistant, for 180 - 1150 nm

$24.00
Per Meter
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UM22-400

Customer Inspired! 0.22 NA, Ø400 µm Core Multimode Optical Fiber, Solarization Resistant, for 180 - 1150 nm

$39.80
Per Meter
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UM22-600

Customer Inspired! 0.22 NA, Ø600 µm Core Multimode Optical Fiber, Solarization Resistant, for 180 - 1150 nm

$71.00
Per Meter
Volume Pricing

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Add To Cart

Low-OH, Multimode Fibers: 400 - 2400 nm

Click for Details

Features

Broad VIS/IR Spectral Range: 400 to 2400 nm
Core Sizes Available: Ø50 μm, Ø105 μm, or Ø200 μm
Numerical Aperture: 0.22 ± 0.02
Short-Term Bend Radius: 120 x Cladding Diameter
Long-Term Bend Radius: 240 x Cladding Diameter
Excellent for Holmium and Erbium Laser Delivery
Biocompatible Materials, Radiation Resistance: 10⁹ rad (Radioactivity Absorbed Dose) Total
Sterilizable by ETO and Other Methods

This low loss, step index, multimode fiber is excellent for Holmium and
Erbium laser delivery. The low hydroxyl ion content provides high transmission efficiency in the useful spectral transmission range of 400 to 2400 nm.

Item #	Core Diameter	Clad Diameter	Coating Diameter	Stripping Tool
AFS50/125Y	50 μm ± 2%	125 μm +1 / -3 µm	250 μm ± 5 %	T08S13
AFS105/125Y	105 μm ± 2 %	125 μm +1 / -3 µm	250 μm ± 5%	T08S13
AFS200/220Y	200 μm ± 2 %	220 μm ± 2%	320 μm ± 5%	T10S13

Stock Patch Cables
Fiber Type	Connectors	Available Lengths	Patch Cable Item #
AFS50/125Y	SMA	1, 2, 5 m	M14L0x
AFS50/125Y	SMA to FC/PC	1 m	M16L01
AFS105/125Y	SMA	1, 2, 5 m	M15L0x
AFS105/125Y	SMA to FC/PC	1 m	M18L01

Alternate Numerical Aperture Step-Index Fibers
0.1 NA High-Power, Small-Core Fibers	0.22 NA High- and Low-OH Fibers
0.37/0.39 NA High- and Low-OH Fibers	0.48 NA High- and Low-OH Fibers

Specifications

Proof Test Level (Bend Method): 100 kpsi
Short Term Bend Radius^a: 120x Cladding Diameter
Long Term Bend Radius^b: 240 x Cladding Diameter

Item #	Core Diameter	Clad Diameter	Coating Diameter	Coating Material	NA	Attenuation	Bandwidth	Stripping Tool
AFS50/125Y	50 μm ± 2%	125 +1 / -3 µm	250 μm ± 5 %	Acrylate	0.22 ± 0.02	15 dB/km^c 10 dB/km^d	15 MHz•km	T08S13
AFS105/125Y	105 μm ± 2 %	125 +1 / -3 µm	250 μm ± 5%	Acrylate	0.22 ± 0.02	15 dB/km^c 10 dB/km^d	15 MHz•km	T08S13
AFS200/220Y	200 μm ± 2 %	220 μm ± 2%	320 μm ± 5%	Acrylate	0.22 ± 0.02	15 dB/km^c 10 dB/km^d	15 MHz•km	T10S13

^aRecommended geometric strain during installation is 100% of proof test level, based upon statistical analysis of fiber failures.
^bRecommended geometric strain is 50% of proof test level, based upon statistical analysis of fiber failures.
^cAt 633 nm.
^dAt 1385 nm.

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0.22 0.22na 105 105 µm 105 um 105µm 105um 3M acrylate anhydroguide bare clad cladding coat content core doped fiber fiber optic fiberoptic fibre fibreoptic fluorine glass hard hcs hydroxl index large laser low low oh fiber low oh optical fiber low oh step indexed fiber mm mm fiber mm optical fiber mode multi multimode multi-mode na nm oh optic optical optical fiber silica step step index fiber step index mm fiber superguide tefzel water wavelength

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AFS50/125Y

Multimode Fiber, 0.22 NA, Low-OH, Ø50 µm Core, Vis-IR

$4.50
Per Meter
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Today

AFS105/125Y

Multimode Fiber, 0.22 NA, Low-OH, Ø105 µm Core, Vis-IR

$2.90
Per Meter
Volume Pricing

Today

AFS200/220Y

Multimode Fiber, 0.22 NA, Low-OH, Ø200 µm Core, Vis-IR

$7.60
Per Meter
Volume Pricing

Today

Add To Cart

High-OH, Multimode Fibers: 250 - 1200 nm

Click for Details

Features

Broad UV/NIR Spectral Range: 250 to 1200 nm*
Core Sizes Available: Ø50 μm, Ø105 μm, or Ø200 μm
Numerical Aperture: 0.22 ± 0.02
Pure Silica Core, Fluorine Silica Cladding
Biocompatible Materials, Radiation Resistance: 10⁹ rad (Radioactivity Absorbed Dose) Total
Sterilizable by ETO and Other Methods

*Solarization may occur over time below 300 nm

Our 0.22 NA High-OH, SF Multimode fiber exhibits impressive performance and transmission from the UV to the NIR (250 to 1200 nm). With exceptional radiation resistance, these fibers are ideal for applications including spectroscopy for pollution analysis and chemical processing, medical diagnostics, and phototherapy.

Item #	Core Diameter	Clad Diameter	Coating Diameter	Stripping Tool
SFS50/125Y	50 µm ± 2%	125 μm +1 μm / -3 μm	250 μm ± 5%	T08S13
SFS105/125Y	105 μm ± 2%	125 μm +1 μm / -3 μm	250 μm ± 5%	T08S13
SFS200/220Y	200 μm ± 2%	220 μm ± 2%	320 μm ± 5%	T10S13

Alternate Numerical Aperture Step-Index Fibers	0.1 NA High-Power, Small-Core Fibers	0.22 NA High- and Low-OH Fibers	0.37/0.39 NA High- and Low-OH Fibers	0.48 NA High- and Low-OH Fibers

Item #	Core Diamerter	Clad Diameter	Coating Diameter	Coating Material	NA	Attenuation	Bandwidth	Stripping Tool
SFS50/125Y	50 μm ± 2%	125 +1 / -3 µm	250 μm ± 5 %	Acrylate	0.22 ± 0.02	800 dB/km* 3.5 dB/km**	15 MHz•km	T08S13
SFS105/125Y	105 μm ± 2 %	125 +1 / -3 µm	250 μm ± 5%	Acrylate	0.22 ± 0.02	800 dB/km* 3.5 dB/km**	15 MHz•km	T08S13
SFS200/220Y	200 μm ± 2 %	220 ± 2%	320 μm ± 5%	Acrylate	0.22 ± 0.02	800 dB/km* 3.5 dB/km**	15 MHz•km	T10S13

*At 210 nm.
**At 800 nm.

Item #	Maximum Core Offset	Proof Test Level (Bend Method)	Bend Radius Short Term* / Long Term**
SFS50/125Y	±0.13 µm	100 kpsi	120 / 240 x Cladding Diameter
SFS105/125Y	±0.029 µm
SFS200/220Y	±0.014 µm

*Recommended geometric strain during installation is 100% of proof test level, based upon statistical analysis of fiber failures.
**Recommended geometric strain is 50% of proof test level, based upon statistical analysis of fiber failures.

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fiber fiber optic high oh fiber high oh optical fiber high oh step indexed fiber mm fiber mm optical fiber multimode optic optical optical fiber step index fiber step index mm fiber

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SFS50/125Y

Multimode Fiber, 0.22 NA, High-OH, Ø50 µm Core, UV-NIR

$4.50
Per Meter
Volume Pricing

Today

SFS105/125Y

Multimode Fiber, 0.22 NA, High-OH, Ø105 µm Core, UV-NIR

$2.90
Per Meter
Volume Pricing

Today

SFS200/220Y

Multimode Fiber, 0.22 NA, High-OH, Ø200 µm Core, UV-NIR

$7.60
Per Meter
Volume Pricing

Today

Add To Cart

Low-OH, TEQS Hard Fluoropolymer Coated Multimode Fibers: 400 - 2200 nm

Click for Details

Features

Broad Visible/NIR Spectral Range: 400 to 2200 nm
Core Sizes Available: Ø200 μm, Ø365 μm, Ø550 μm, or Ø910 μm
Stability of Silica Cladding Allows for High-Power-Handling Capability, See Specs Tab for Details
Low-Index Fluorine-Doped Silica Cladding Design Provides Superior UV and NIR Transmission
Secondary TEQS Fluoropolymer Hard Cladding Provides a Dual-Waveguide Design, Increases Fiber Strength, Reduces Static Fatigue, and Protects the Fiber During Buffer Stripping to Prevent Fiber Breakage
Strong Bonding of Silica to TEQS Cladding Prevents Pistoning and Provides More Stable Terminations
TEQS Cladding is Removable with Acetone

We are pleased to reintroduce the popular Technology Enhanced Clad Silica multimode fibers developed by 3M™ now manufactured by Thorlabs. This 0.22 NA Low-OH, Multimode fiber exhibits impressive performance and transmission from the UV to the NIR (400 to 2200 nm). With exceptional strength, transmission properties, and ease of termination, these fibers are ideal for applications including spectroscopy, optogenetics, and medical diagnostics.

Item #	Core Diameter	Clad Diameter	Buffer Diameter	Coating Diameter	Stripping Tool
FG200LCC	200 ± 8 µm	240 ± 5 μm	260 ± 6 μm	400 ± 30 μm	T12S18
FG365LEC	365 ± 14 μm	400 ± 8 μm	425 ± 10 μm	730 ± 30 μm	T21S31
FG550LEC	550 ± 14 μm	600 ± 10 μm	630 ± 10 μm	1040 ± 30 μm	T28S46
FG910LEC	910 ± 30 μm	1000 ± 15 μm	1035 ± 15 μm	1400 ± 50 μm	M44S67

Stock Patch Cables Available
Fiber Type	Connectors	Available Lengths	Patch Cable Item #
FG200LCC	SMA	1, 2, 5 m	M25L0x
FG550LEC	SMA	1, 2 m	M37L0x

Alternate Numerical Aperture Step-Index Fibers
0.1 NA High-Power, Small-Core Fibers	0.22 NA High- and Low-OH Fibers
0.37/0.39 NA High- and Low-OH Fibers	0.48 NA High- and Low-OH Fibers

Item #	Core Diameter	Clad Diameter	Buffer Diameter	Coating Diameter	Stripping Tool
FG200LCC	200 ± 8 µm	240 ± 5 μm	260 ± 6 μm	400 ± 30 μm	T12S18
FG365LEC	365 ± 14 μm	400 ± 8 μm	425 ± 10 μm	730 ± 30 μm	T21S31
FG550LEC	550 ± 14 μm	600 ± 10 μm	630 ± 10 μm	1040 ± 30 μm	T28S46
FG910LEC	910 ± 30 μm	1000 ± 15 μm	1035 ± 15 μm	1400 ± 50 μm	M44S67

Item #	NA	Max Power Capability (Pulsed)^a	Max Power Capability (CW)^b	Max Core Offset	Bend Radius (Short Term / Long Term)	Operating Temperature
FG200LCC	0.22 ± 0.02	1.0 MW	0.2 kW	5 μm	9 mm / 18 mm	-65 to 130 °C
FG365LEC	0.22 ± 0.02	3.4 MW	0.7 kW	7 μm	20 mm / 40 mm	-65 to 130 °C
FG550LEC	0.22 ± 0.02	7.6 MW	1.5 kW	9 μm	30 mm / 60 mm	-65 to 130 °C
FG910LEC	0.22 ± 0.02	25.1 MW	5.0 kW	10 μm	50 mm / 100 mm	-65 to 130 °C

Based on 5 GW/cm² for 1064 nm Nd:YAG laser with 10 ns pulse length and input spot size equal to 80% of the core diameter.
Based on 1 MW/cm² for 1064 nm Nd:YAG laser and input spot size equal to 80% of the core diameter.

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.22NA 0.22 0.22na 200 200 µm 200 um 200µm 200um 365um 3m 550um 910um acrylate anhydroguide bare bare fiber clad cladding coat content core doped double enhanced fiber fiber optics fiberoptic fibre fibreoptic fluorine glass handling hard hcs high hydroxl index large laser low low oh fiber low oh optical fiber low oh step indexed fiber medical mm mm fiber mm optical fiber mode multi multimode multi-mode na nm oh optic optical optical fiber power proof second secondary silica step step index fiber step index mm fiber strength superguide system technology tecs tefzel tensile teqs water wavelength

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FG200LCC

0.22 NA, Ø200 µm Core Multimode Optical Fiber, Low-OH for 400 - 2200 nm, TECS Double Clad

$7.70
Per Meter
Volume Pricing

Lead Time

FG365LEC

0.22 NA, Ø365 µm Core Multimode Optical Fiber, Low-OH for 400 - 2200 nm, TECS Double Clad

$16.05
Per Meter
Volume Pricing

Today

FG550LEC

0.22 NA, Ø550 µm Core Multimode Optical Fiber, Low-OH for 400 - 2200 nm, TECS Double Clad

$38.70
Per Meter
Volume Pricing

Today

FG910LEC

0.22 NA, Ø910 µm Core Multimode Optical Fiber, Low-OH for 400 - 2200 nm, TECS Double Clad

$92.70
Per Meter
Volume Pricing

Today

Add To Cart

High-OH, TEQS Hard Fluoropolymer Coated Multimode Fibers: 190 - 1200 nm

Click for Details

Features

Broad UV/NIR Spectral Range: 190 to 1200 nm*
Core Sizes Available: Ø200 μm, Ø365 μm, Ø550 μm, or Ø910 μm
Stablility of Silica Cladding Allows for High-Power-Handling Capability
Low-Index Fluorine-Doped Silica Cladding Design Provides Superior UV and NIR Transmission
Secondary TEQS Fluoropolymer Hard Cladding Provides a Dual-Waveguide Design, Increases Fiber Strength, Reduces Static Fatigue, and Protects the Fiber During Buffer Stripping to Prevent Fiber Breakage
Strong Bonding of Silica to TEQS Cladding Prevents Pistoning and Provides More Stable Terminations
TEQS Cladding is Removable with Acetone

We are pleased to reintroduce the popular Technology Enhanced Clad Silica multimode fibers developed by 3M™ now manufactured by Thorlabs. This 0.22 NA High-OH, Multimode fiber exhibits impressive performance and transmission from the UV to the NIR (190 to 1200 nm). With exceptional strength, transmission properties, and ease of termination, these fibers are ideal for applications including spectroscopy, optogenetics, and medical diagnostics.

*Solarization may occur below 300 nm.

Item #	Core Diameter	Clad Diameter	Buffer Diameter	Coating Diameter	Stripping Tool
FG200UCC	200 ± 8 µm	240 ± 5 μm	260 ± 6 μm	400 ± 30 μm	T12S18
FG365UEC	365 ± 14 μm	400 ± 8 μm	425 ± 10 μm	730 ± 30 μm	T21S31
FG550UEC	550 ± 14 μm	600 ± 10 μm	630 ± 10 μm	1040 ± 30 μm	T28S46
FG910UEC	910 ± 30 μm	1000 ± 15 μm	1035 ± 15 μm	1400 ± 50 μm	M44S67

Alternate Numerical Aperture Step-Index Fibers	0.1 NA High-Power, Small-Core Fibers	0.22 NA High- and Low-OH Fibers	0.37/0.39 NA High- and Low-OH Fibers	0.48 NA High- and Low-OH Fibers

Item #	Core Diameter	Clad Diameter	Buffer Diameter	Coating Diameter	Stripping Tool
FG200UCC	200 ± 8 µm	240 ± 5 μm	260 ± 6 μm	400 ± 30 μm	T12S18
FG365UEC	365 ± 14 μm	400 ± 8 μm	425 ± 10 μm	730 ± 30 μm	T21S31
FG550UEC	550 ± 14 μm	600 ± 10 μm	630 ± 10 μm	1040 ± 30 μm	T28S46
FG910UEC	910 ± 30 μm	1000 ± 15 μm	1035 ± 15 μm	1400 ± 50 μm	M44S67

Item #	NA	Max Power Capability (Pulsed)^a	Max Power Capability (CW)^b	Max Core Offset	Bend Radius (Short Term / Long Term)	Operating Temperature
FG200UCC	0.22 ± 0.02	1.0 MW	0.2 kW	5 μm	9 mm / 18 mm	-65 to 135 °C
FG365UEC	0.22 ± 0.02	3.4 MW	0.7 kW	7 μm	20 mm / 40 mm	-65 to 135 °C
FG550UEC	0.22 ± 0.02	7.6 MW	1.5 kW	9 μm	30 mm / 60 mm	-65 to 135 °C
FG910UEC	0.22 ± 0.02	25.1 MW	5.0 kW	10 μm	50 mm / 100 mm	-65 to 135 °C

Based on 5 GW/cm² for 1064 nm Nd:YAG laser with 10 ns pulse length and input spot size equal to 80% of the core diameter.
Based on 1 MW/cm² for 1064 nm Nd:YAG laser and input spot size equal to 80% of the core diameter.

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.22NA 0.22NA 200um 365um 3m 550um 910um core high oh fiber high oh optical fiber high oh step indexed fiber mm fiber mm optical fiber optical fiber step index fiber step index mm fiber tecs teqs

Based on your currency / country selection, your order will ship from Newton, New Jersey

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FG200UCC

0.22 NA, Ø200 µm Core Multimode Optical Fiber, High-OH for 190 - 1200 nm, TECS Double Clad

$7.70
Per Meter
Volume Pricing

Lead Time

FG365UEC

0.22 NA, Ø365 µm Core Multimode Optical Fiber, High-OH for 190 - 1200 nm, TECS Double Clad

$14.70
Per Meter
Volume Pricing

Today

FG550UEC

0.22 NA, Ø550 µm Core Multimode Optical Fiber, High-OH for 190 - 1200 nm, TECS Double Clad

$35.20
Per Meter
Volume Pricing

Today

FG910UEC

0.22 NA, Ø910 µm Core Multimode Optical Fiber, High-OH for 190 - 1200 nm, TECS Double Clad

$84.50
Per Meter
Volume Pricing

Today

Add To Cart


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