Photonstream offers unique lensed and tapered lensed fiber for optical coupling like waveguides, optical fibers, and diode lasers. Our optical lensed fibers can be integrated with scanning probe microscopes and thus can be used for imaging and nanomanipulation. The lensed fibers are produced by using different fine lens tip shaping techniques and the surface is treated by planar or spherical finishing, optionally the tip was coated with thin film layer.
◆ Fiber Type |
-Single-mode (SM)
-Multimode (MM)
-Polarization maintaining (PM)
◆ Product Application |
-DFB laser diode fiber tail coupling
-Fiber to waveguide coupling
-Medical and biological illumination applications
◆ Product Specification |
Fiber Type: SM,SMF-28, 1550nm, optional
Fiber Length:1.5 m +/- 10 cm, optional
Connetor Terminal:FC/APC, optional
Wedge Lensed Fiber
Angle to X axis:25°~90°
Loose Tube: 0.9mm,retain15~20mm distance from the microlens tip
Acrylate stripped Length: 8mm, cladding 8mm, coating 60mm, optional
Operating wavelength: 1200nm-1600nm, optional
AR coating: N/A, optional
◆ Product Image | |||
Lensed Fiber Type | Real Product Picture | Parameter | Product application |
Pinnacle Lensed Fiber | ◆ Pinnacle Tip ◆ Conical Angle 60~120° ◆ Output Doughnut Far Field | ◆ SM/MM Fiber Beam expander | |
Conical Lensed Fiber | ◆ Spherical Tip ◆ Len Radius: 8um ≤ R ≤ 12um ◆ Conical Angle 60~120° ◆ Output Gauss Far Field | ◆ DFB laser fiber coupling ◆ Work Distance: ~10um ◆ DFB Chip Far Field 15~40°(FWHM) ◆ WDM In/out fiber tail | |
Biconical Lensed Fiber | ◆ Tapper Angle: 60~120° ◆ Output Ellipse FAR Field | ◆ Fiber Beam expander ◆ Endoscope illumination | |
Rectangular Lens Fiber | ◆ Tapper Angle: 60~120° ◆ Output rectangular far field | ◆ Remove cladding light from square core MM fiber | |
Wedge Lensed Fiber | ◆ Spherical Tip ◆ 8° Angle cleaving ◆ Len Radius: 8um ≤ R ≤ 12um ◆ Conical Angle 60~120° ◆ Output Gauss Far Field | ◆ DFB laser chip optical fiber coupling ◆ Low reflection to chip facet ◆ Work Distance: ~8um ◆ DFB Chip Far Field 15~35°(FWHM) |
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