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High power optical fiber

Fiberguide's high-power components use our high-power SMA and high-power industrial FD-80 connectors to provide optical fibers for connecting laser sources and targets. These are ideal applications for laser cutting, welding, drilling, and marking. Fiberguide provides repair services for damaged high-power components. For more details, please contact our sales team.

Standard product specifications:

Fiber type: graded emissivity multimode
Core size: 100 µ m, 200 µ m, 300 µ m, 400 µ m, 600 µ m, 800 µ m, 1000 µ m, 1500 µ m
Wavelength: Standard OH: UV - Vis:190 nm - 1250 nm /Low OH:Vis - IR:300 nm - 2400 nm
Numerical aperture (NA): 0.20,0.22
Connector options: high-power SMA, high-power FD-80
The connector can choose whether to integrate a stripper or not
Coating layer options: PVC Coated Stainless Steel Monocoil, Bare Stainless Steel Monocoil
Power processing capability: up to 750 watts depending on fiber size and laser specifications
Standard temperature range:- 40 ° C to+100 ° C/-40 ° F to+212 ° F
Length:<100 meters

Product advantages:

• High Power SMA and FD-80 Compatible connector options that offer superior

thermal management while minimizing connector stress for NA conservation

• Epoxy Free Cantilevered Nose design allows thermal energy to safely dissipate without burning the surrounding material

• Laser Polished end faces maximize power handling capability

• Available with Anti-Reflective (AR) coating

Product Detailed Parameter Table：

SPECIFICATIONS:

Fiber optic type

Step Index Multimode

Fiber core/

Package size

(μm)

1:1.1 Ratio: 200/220, 300/330, 400/440, 600/660, 800/880, 1000/1100, 1500/1650

1:1.2 Ratio: 105/125, 200/240, 300/360, 400/480, 600/720, 800/960, 1000/1200, 1500/1800

500μm Uni-Clad: 100/500, 200/500, 300/500, 400/500

Other: 100/250, 600/750, 800/1000

Fiber optic coating type

Nylon, Tefzel, Acrylate, Polyimide, Aluminum, Gold

Numerical aperture (NA)

0.12 ±0.02 (14º Full Acceptance Angle)

0.20 ±0.02 (23º Full Acceptance Angle)

0.22 ±0.02 (25º Full Acceptance Angle)

0.26 ±0.02 (30º Full Acceptance Angle)

Operating wavelength

(λ)

High OH / Ultraviolet (UV) ~ Visible: λ = 190nm ~ 1250nm

Low OH / Visible ~ Infrared (IR): λ = 300nm ~ 2400nm

temperature range

-40ºC to 100ºC / -40ºF to 212ºF

Connector type

HP SMA: High Power SMA (Maximum Power = 650W)

MSHP SMA: Mode Stripped High Power SMA (Maximum Power = 650W)

HP FD-80: High Power FD-80 (Maximum Power = 750W)

MSHP FD-80: Mode Stripped High Power FD-80 (Maximum Power = 750W)

NOTE: FD-80 Connectors are available with and without sapphire

Shell type

HP SMA: 5.5mm ~ 8.0mm OD Polymer Coated Stainless Steel Monocoil

MSHP SMA: 3.8mm OD Stainless Steel Monocoil

HP FD-80: 7mm OD Stainless Steel Monocoil, 8mm OD Polymer coated Stainless Steel Monocoil

MSHP FD-80: 7mm OD Stainless Steel Monocoil, 8mm OD Polymer coated Stainless Steel Monocoil

Stripper performance

MSHP SMA: Removes up to 25W of Cladding Power (λ = 532nm ~ 1064nm)

MSHP FD-80: Removes up to 30W of Cladding Power (λ = 532nm ~ 1064nm)

Power processing capability

Core

Size

100μm

200μm

300μm

400μm

600μm

800μm

1000μm

1500μm

HP SMA

85W

340W

650W

MSHP SMA

85W

340W

650W

N/A

HP FD-80

85W

340W

750W

MSHP FD-80

85W

340W

750W

N/A

Fiber optic usage environment:

Continuous wave Damage threshold of Air Silica Fused interface	~1.5 MW/cm2 (CW Laser @ λ: 1064nm) Damage Threshold is λ dependent, and behaves relatively linearly in the range from 190nm ~ 2400nm with the shorter wavelengths being more destructive.
pulse Air Used Silica Interface Damage Threshold	~16.0 J/cm2 (Pulsed Laser @ λ: 1064nm and τ: 1ns) Damage Threshold is λ dependent, and behaves relatively linearly in the range from 190nm ~ 2400nm with the shorter wavelengths being more destructive. Damage Threshold is τ dependent, and scales with the square root of the pulse duration from 10ps to 1μs with the shorter pulse durations being more destructive. NOTE: The CW and Pulsed Air-Fused Silica Interface Damage Thresholds above have been adjusted to compensate for the peak intensity in the Gaussian Beam Profile.
Spot diameter	≤ 85% of the Fiber Core Diameter
Alignment&Beam Waist	X & Y Alignment within ± 5% of the core diameter / Z Position beyond source beam waist
Numerical aperture (NA)	Fiber NA ≥ Source NA + 10%
Beam shape&quality	The spatial profile and quality of the beam will greatly affect high power performance. This analysis assumes a Gaussian Beam where the peak fluence is given by 2 E/p*( W_o)2“, meaning that the peak power is approximately double the 1/e2 specified power.
Connector polished, end face,&flat	The connector end face must be factory laser polished to reduce microscopic inclusions and be cleaned prior to use. The endface must also be flat, <10% of the core diameter peak to valley, so it doesn’t act like a lens and focus the laser energy inside the fiber.
AR Coating	None; when AR Coatings are applied to optical fibers, they will always become the limiting factor to power

Reference materials:

Maximum continuous wave power meter:

Core size(μm)	wavelength(nm)
	λ: 193nm	λ: 405nm		λ: 532nm			λ: 808nm		λ: 980nm	λ: 1064nm		λ: 1900nm		λ: 2100nm
100	15		32		43	65		78			85	152	168
200	62		130		170	259		314			340	608	672
300	139		292		383	582		706			766	1368	1512
400	247		518		681	1034		1254			1362	2432	2688
600	556		1166		1532	2327		2822			3064	5472	6048
800	988		2074		2724	4137		5017			5448	9728	10752
1000	1544		3240		4256	6464		7840			8512	15200	16800
1500	3474		7290		9576	14544		17639			19151	34199	37799

The maximum single pulse energy (mJ) is at λ: 1064nm and τ: 1ns for Core Sizes 100μm ~ 1500μm

		Core diameter (μ m)
		100	200	300	400	600	800	1000	1500
Maximum equivalent single pulse energy (mJ)	0.9		3.6	8.1	14.5	32.6	58.1	90.7	204.2

Connector specifications:

Connector Type	Maximum Power
HP SMA	650W
HP FD-80	750W

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