Fiber for Laser Coupling

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Technical specifications

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Fiber delivery options

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Fiber for Laser Coupling: Fiber delivery options
Fiber type	Core diameter	Wavelength / interface
Single-mode	2.5–10 μm	400–1550 nm; FC/PC or FC/APC
Multimode	50, 100, 200, 400, 600, 800 or 1000 μm	SMA905 or FC/PC
Polarization maintaining	Configuration dependent	400–1550 nm
Liquid light guide	3, 5, 8 or 10 mm	Specify source and coupling geometry
Pigtailed GRIN collimator	62.5, 200 or 400 μm fiber	1.8 mm clear aperture
Uniform beam fiber	Configuration dependent	Square or round output spot on request

Standard fiber length: 1 m. Other lengths and core diameters are available on request.

Coupling accessories

4 entries

Fiber for Laser Coupling: Coupling accessories
Component	Configuration
Fiber collimator	FC or SMA connector; adjustable focus optional
Fiber coupler	Single-mode or multimode launch
Fiber beam combiner	Combine 2, 3 or 4 fiber inputs into one output
Fiber holder	M6 thread; 50 mm hole spacing; 30 or 60 cm height; 30 × 30 cm base

Fiber line generator

1 entry

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Fiber for Laser Coupling: Fiber line generator
Part No.	Full fan Angle (α°)	Line width at 2m location (mm)	Material
FLG##	80°, 114°	7-8	BK7

Build around your experiment

What to specify

Share these details with your enquiry so we can match the component to your optical setup.

01Wavelength, optical power and required output beam or spot.
02Fiber mode, core diameter, numerical aperture and connector, where applicable.
03Delivery length, mounting geometry and source compatibility.

Technical FAQ

Configuration questions for Fiber for Laser Coupling

Which fiber and connector does the Fiber for Laser Coupling use?

Pigtailed GRIN collimator: 62.5, 200 or 400 μm fiber / 1.8 mm clear aperture · Uniform beam fiber: Configuration dependent / Square or round output spot on request. Specify connector polish and fiber architecture together. FC/PC, FC/APC and SMA interfaces, and single-mode, multimode and polarization-maintaining fibers, impose different return-loss, mode-field and alignment requirements.