Annular-Output Fiber Bundle HX-HP-02

Annular-Output Fiber Bundle HX-HP-02

Supplier
Fiberock
Part Number
HX-HP-02
Category
Fiber Cables & Bundles
Origin
China

A ring output fiber bundle is a specially constructed bundle of multiple fibers arranged in a ring. It has specialized uses, primarily in optics, medicine, communications, and lighting. 1. Uniform illumination: it provides uniform light without dark corners, illuminating objects more evenly, valuable in medical-equipment lighting, microscopy, and machine vision. 2. Reduced beam size: it converts a broad source beam into a smaller, concentrated light ring, useful in confined spaces or where highly concentrated illumination is required. 3. Contactless energy transmission: like contactless data transmission, the bundle effectively transfers energy where wires cannot be connected directly. In medicine, contactless energy delivery can reduce infection risks. 4. Optical-signal combination and separation: in communication systems, signals from many fibers can be combined into one fiber, or received signals split among multiple output fibers. Bundles can be customized for specific applications and model requirements. For example, single-mode or multimode fibers can be selected according to transmission intensity and distance. Special fiber materials resistant to high temperatures or corrosion can also be chosen to meet durability requirements. Ring output fiber bundles have broad application prospects, offering improved imaging quality, processing precision, and more efficient optical-signal transmission and measurement.

Specification Snapshot
Operating Temperature
-65~ +150 ℃
Wavelength Range
400-2500 nm
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Overview

A ring output fiber bundle is a specially constructed bundle of multiple fibers arranged in a ring. It has specialized uses, primarily in optics, medicine, communications, and lighting. 1. Uniform illumination: it provides uniform light without dark corners, illuminating objects more evenly, valuable in medical-equipment lighting, microscopy, and machine vision. 2. Reduced beam size: it converts a broad source beam into a smaller, concentrated light ring, useful in confined spaces or where highly concentrated illumination is required. 3. Contactless energy transmission: like contactless data transmission, the bundle effectively transfers energy where wires cannot be connected directly. In medicine, contactless energy delivery can reduce infection risks. 4. Optical-signal combination and separation: in communication systems, signals from many fibers can be combined into one fiber, or received signals split among multiple output fibers. Bundles can be customized for specific applications and model requirements. For example, single-mode or multimode fibers can be selected according to transmission intensity and distance. Special fiber materials resistant to high temperatures or corrosion can also be chosen to meet durability requirements. Ring output fiber bundles have broad application prospects, offering improved imaging quality, processing precision, and more efficient optical-signal transmission and measurement.

Specifications

ParameterValue
Output TypeAnnular
Optical fiber materialHard-plastic-clad silica fiber
Structure typeOne Input, Multiple Outputs
Fiber core countMulticore
Operating Temperature-65~ +150 ℃
Numerical Aperture0.37
Wavelength Range400-2500 nm
Connector TypeCustomized on Request
Connector materialCustomized on Request
Fiber TypeStep-index type
Optical fiber specificationCustomer specified (200-600μm)
LengthCustomer specified
Protective tube diameterCustomer specified
Protective tube typeCustomer specified
Coating materialTeflon ETFE
Single-filament transmission efficiency≥85%
Bundle transmission efficiency≥65%
Clear Aperture DimensionCustomer specified
RoHS reportCompliant with standards
REACH reportCompliant with standards

Applications

Optical imaging: annular-output bundles provide uniform microscope and endoscope illumination, improving quality and contrast while reducing bright focal regions, overexposure, and glare. Laser processing: even beams improve cutting, welding, and marking quality and precision while reducing local heating and thermal distortion. Communication: distribute or combine signals for efficiency and scalability, including wavelength multiplexing or demultiplexing at transmitting and receiving ends. Sensing: fiber gyroscopes and other sensors distribute measurements of temperature, pressure, stress, and vibration. Biomedicine: uniform annular irradiation supports optical detection and photodynamic therapy while reducing side effects. Spectroscopy and photometry: probe sampling with uniform rings yields more stable, representative spectra and measurements.

Datasheet

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Supplier Information

Fi
Fiberock
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Qinhuangdao Guangyan Technology Co., Ltd. (FIBEROCK), located in the Economic and Technological Development Zone, Qinhuangdao, Hebei Province, is a high-tech enterprise focusing on optical fibers, crystal materials, and optical components. The company integrates R&D, production, sales and service, specializing in specialty optical fibers and devices. Its products are widely used in medical treatment, fiber sensing, environmental monitoring equipment, biochemical analytical instruments, laser processing and other fields. The company has advanced specialty fiber drawing production lines and medical-grade clean workshops, and has passed ISO9001 quality system certification.

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Annular-Output Fiber Bundle HX-HP-02
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