Large Core Diameter Fiber

Anhydroguide PCS Low OH VIS-IR Fiber

Superguide PCS UV-VIS Fiber

Anhydroguide G Low OH VIS-IR Fiber

Superguide G UV-VIS Fiber

 

Anhydroguide PCS Low OH VIS-IR Fiber
Anhydroguide PCS (plastic-clad silica) fiber provides high transmission efficiency at visible through near infra-red wavelengths at low cost.  These fibers are employed in high power laser delivery systems, remote spectroscopy, as well as the construction of high efficiency bundles. 
Application:

- Remote NIR spectroscopy
- Laser surgery
- Medical  diagnostics.
- Optical Pyrometry.
- Nuclear Plasma Diagnostics.
- Laser Welding & Soldering

 Proof Test (bend method):

50 to 70 kpsi for all fibers
Recommended minimum bend radius:
- Momentary: 200 times the fiber radius
- Long term: 400 times the fiber radius

 
Features:

- Cost effective alternative to fused silica clad fibers for less demanding near infrared application. 
- Broad operating wavelength range from 400nm to 2400nm
- Laser damage resistant construction transmits 1.3 kW/mm sq.  CW St 1060nm up to 10 joule, pulsed (special end preparation may be required).
- High NA (0.4) for efficient light collection from extended sources
- High core to clad ratios for high efficiency bundles (see bundle data sheet)
- Core diameters up to 2000um
- Radiation resistant
- All dielectric non-magnetic construction
- Sterilizable - ETO, steam, e-beam, gamma radiation
- Excellent for Holmium and Erbium laser delivery.
Short Length NA     0.40  (2 meter length)
Steady Length NA  0.23  (>50 meter length)

 
Product Code Core (um) +/-2% Clad (um) +/-2% Jacket (um) +/-5%
Nylon Jacketing Fibers Temp. -40C to 100C
APC200N 200 300 370
APC210N 210 230 270
APC300N 300 400 500
APC400N 400 500 600
APC600N 600 700 800
APC800N 800 900 1000
APC1000N 1000 1100 1200
APC1500N 1500 1650 1800
APC2000N 2000 2150 2300

 
Superguide PCS UV-VIS Fiber
Superguide PCS (plastic-clad silica) fiber provides high transmission efficiency at UV through visible and onto the near infra-red wavelength at low cost.  These fibers are employed in high power laser delivery systems, remote spectroscopy, as well as the construction of high efficiency bundles. 
Aapplication:

- Remote UV-VIS spectroscopy
- Laser surgery
- Medical  diagnostic.
- Remote Illumination

 Proof Test (bend method):

50 to 70 kpsi for all fibers
Recommended minimum bend radius:
- Momentary: 200 times the fiber radius
- Long term: 400 times the fiber radius

 
Features:

- Cost effective alternative to fused silica clad fibers for less demanding application. 
- Useful spectral transmission range from 220 to 700um - Windows St 750-850 and 1060nm transmit LED, diode laser and Nd: YAG laser output.
- High NA (0.4 for short lengths) for efficient light collection from extended sources
- Laser damage resistant construction transmits 1.3 kW/mm sq.  CW St 1060nm up to 10 joule, pulsed (special end preparation may be required).
- High core to clad ratios for high efficiency bundles (see bundle data sheet)
- Core diameters up to 2000um
- Radiation resistant
- All dielectric non-magnetic construction
- Sterilizable - ETO, steam, e-beam, gamma radiation
Short Length NA     0.40  (2 meter length)
Steady Length NA  0.23  (>50 meter length)
Product Code Core (um) +/-2% Clad (um) +/-2% Jacket (um) +/-5%
Nylon Jacketing Fibers Temp. -40C to 100C
SPC200N 200 300 370
SPC210N 210 230 270
SPC300N 300 400 500
SPC400N 400 500 600
SPC600N 600 700 800
SPC800N 800 900 1000
SPC1000N 1000 1100 1200
SPC1500N 1500 1650 1800
SPC2000N 2000 2150 2300

 
Anhydroguide G Low OH VIS-IR Fiber
Anhydroguide G fiber has an extremely low hydroxyl ion content providing high transmission efficiency from visible to through near infra-red wavelengths to 2.5 microns.  Jacket option include gold, providing an operating temperature range up to 750C and Thermo-coat, which can be used to manufacture high efficiency bundles.  This fiber is employed in high power laser delivery systems, remote spectroscopy, medical, special datacom and other demanding applications.  This is the best low fiber for near IR application.
Application:
Medical:

- Laser surgery
- Dermatology
- Ophthalmology
- Medical  diagnostic.
- Dental

 Industrial:

- Optical pyrometers
- Semiconductor manufacturing
- Laser marking
- Laser welding, soldering.

Scientific:

- IR Spectroscopy
- Thomson scattering
- Nuclear fusion monitoring.

Proof Test (bend method):

50 to 70 kpsi for all fibers
Recommended minimum bend radius:
- Momentary: 200 times the fiber radius
- Long term: 400 times the fiber radius

 
Features:

- Useful spectral transmission range from 400 to 2400um
- Excellent for Holmium and Erbium laser delivery.
- Specialty coatings available for extreme temperatures (-269C to +750C); high vacuum and harsh chemical environment (see metal coated Thermo-coated data sheets).
- Laser damage resistant construction transmits 1.3 kW/mm sq.  CW St 1060nm up to 10 joule, pulsed (special end preparation may be required).
- High core to clad ratios for high efficiency bundles (see bundle data sheet)
- Core diameters up to 1500um
- Radiation resistant
- All dielectric non-magnetic construction
- Sterilizable - ETO, steam, e-beam, gamma radiation
- Available with N.A. of 0.12, 0.22 (standard, and 0.26
- Available with clad/core ratios of 1.1; 1.2; 1.4  and 2.5 
Table below reflects standard fiber geometries.  Clad to core ratios of 1.2 and 1.4 are available upon request.
Product Code Core (um) +/-2% Clad (um) +/-2% Buffer (um) +/-3% Jacket (um) +/-5%
Nylon Jacketing Fibers Temp. -40C to 100C
AFS50/125N 50 125 225 295
AFS100/110N 100 110 210 280
AFS200/220N 200 220 320 390
AFS300/330N 300 330 430 530
AFS400/440N 400 440 540 640
AFS600/660N 600 660 760 860
AFS800/880N 800 880 980 1080
AFS1000/1100N 1000 1100 1200 1300
AFS1500/1650N 1500 1650 1800 1950

 
Superguide G UV-VIS Fiber
Superguide G fiber contains a high hydroxyl ion content providing high transmission efficiency from UV through visible and into near IR.  Jacket option include gold, providing an operating temperature range up to 750C and Thermo-coat, which can be used to manufacture high efficiency bundles.  This fiber is employed in high power laser delivery systems, remote spectroscopy, medical, special datacom and other demanding applications.  This fiber has the highest laser damage resistance for UV - Visible applications.
Application:

- Laser surgery
- Medical  diagnostic
- Laser marking, welding, soldering, cutting
- Remote spectroscopy for pollution analysis and chemical processing
- UV photolithography
- Nuclear plasma diagnostics
- Photo-initiated chemistry

 Proof Test (bend method):

50 to 70 kpsi for all fibers
Recommended minimum bend radius:
- Momentary: 200 times the fiber radius
- Long term: 400 times the fiber radius

 
Features:

- Lowest loss and strongest fiber in the industry for ultraviolet through visible application
- Specialty coatings available for extreme temperatures; high vacuum and harsh chemical environment
- Highest laser damage resistance for UV-visible application
- High core to clad ratios for high efficiency bundles (see bundle data sheet)
- Core diameters up to 1500um
- Radiation resistant
- All dielectric non-magnetic construction
- Sterilizable - ETO, steam, e-beam, gamma radiation
- Available with N.A. of 0.12, 0.22 (standard, and 0.26
- Available with clad/core ratios of 1.1; 1.2; 1.4  and 2.5 
Table below reflects standard fiber geometries.  Clad to core ratios of 1.2 and 1.4 are available upon request.
Product Code Core (um) +/-2% Clad (um) +/-2% Buffer (um) +/-3% Jacket (um) +/-5%
Nylon Jacketing Fibers Temp. -40C to 100C
SFS50/125N 50 125 225 295
SFS100/110N 100 110 210 280
SFS200/220N 200 220 320 390
SFS300/330N 300 330 430 530
SFS400/440N 400 440 540 640
SFS600/660N 600 660 760 860
SFS800/880N 800 880 980 1080
SFS1000/1100N 1000 1100 1200 1300
SFS1500/1650N 1500 1650 1800 1950

Sys. Concept Inc.
P.O. Box 69151
Edmonton AB, T6V 1G7, CANADA
Phone: (780)479-1270  10:00AM - 6:00PM (Mon. to Fri.) Mountain Time;  (GMT -7:00; Greenwich Mean Time)
Fax: (780)471-5665
FWD: 491581

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