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The "fiber optic light guide" gathers multiple optical fibers into a single ferrule at one end, while the other end branches out into individual fibers. It can accommodate up to 7 fibers. The gathering side allows for light entry and exit within a single ferrule, and it can also combine or distribute light from multiple light sources. By injecting light from multiple sources on the single-core side and emitting it collectively from the multi-core side, it can be used for "combining multiple light sources," as well as for "monitoring light power" and "detecting fluorescence and other phenomena." 【Features】 ■ One end gathers multiple optical fibers into a single ferrule, while the other end branches out into individual fibers ■ The gathering side allows for light entry and exit within a single ferrule ■ It can combine or distribute light from multiple light sources ■ It can accommodate up to 7 fibers *For more details, please feel free to contact us.
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Free membership registrationThe side of the optical fiber is processed to emit light from the side. The operating wavelength ranges from the visible region to near-infrared (approximately 400 to 1700 nm). The incident power into the optical fiber can be up to about 1 W. The processed part is protected by a glass tube or similar. The size of the optical fiber has been successfully produced from φ200 µm to φ1000 µm (1 mm).
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Free membership registrationFeatures of Tapered Capillary Processing - The tips of glass capillaries (borosilicate glass or quartz glass) with a diameter of 2mm or less are tapered. The tip diameter can be reduced to about 1μm. - The taper shape can be controlled (taper length, irregularities such as convex shapes on the outside or inside, etc.). - If you have any requests regarding size, shape, material, or other application technologies, please feel free to consult with us.
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Free membership registrationOur company handles optical fiber taper processing products, including mode conversion modules. We can taper the tips of optical fibers (quartz-based) with a diameter of 2 mm or less, and the tip diameter can be reduced to less than 1 μm. Additionally, we can control the taper shape to be sharp, rounded, uneven, or eccentric. Furthermore, by applying this processing, the light's entry and exit behavior from the tip differs from the norm, which is expected to be utilized in applications such as sensing and functional devices. 【Features】 ■ Capable of processing tip diameters to less than 1 μm ■ Control of taper shape ■ Potential applications in sensing and functional devices *For more details, please refer to the catalog or feel free to contact us.
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