Fiber Optomechanics
- Beam Splitters and Combiners
- Collimators
- Fiber Adapters
- Fiber Bragg Grating
- Fiber Optic Couplers
- Fiber Mirrors
- Fiber Optic Attenuators
- Fiber Patch Cords
- Fiber Probes
- Power Shutter and Safety Interlock
- Fiber Tunable Filters
- Fiber Optic Gyroscopes
- Transmitters and Receivers
- Fiber Alignment Structures
- Fiber Coils
- Splice Protector Sleeves
FILTER PRODUCTS
Fiber Mirrors
Fiber Mirrors: Precision Reflection for Advanced Optical Routing
Fiber mirrors are essential components used in fiber optic systems to redirect or reflect light beams within fiber-coupled setups. These specialized devices play a crucial role in systems where precise optical alignment and redirection are required without disturbing the fiber’s structural integrity. Whether used for beam steering, optical isolation, or sensing applications, fiber mirrors enable efficient light manipulation in compact, high-performance photonic assemblies.
On FindLight, you’ll find a range of fiber mirror solutions designed to meet the needs of advanced telecom, laser, and optical test applications.
What Are Fiber Mirrors?
Fiber mirrors are typically constructed by integrating a polished fiber endface with a dielectric or metallic reflective coating, or by embedding a micro-mirror within a fiber-optic assembly. The result is a component capable of redirecting light at a precise angle—often 90 degrees or customizable—without significant signal loss.
Some fiber mirrors are housed in mechanical packages for easy integration into optomechanical systems, while others are part of hybrid devices such as optical circulators or splitters that require internal beam redirection.
Key Features and Benefits
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Precise Beam Redirection: Enables accurate steering of light within tight optical assemblies, often at fixed angles such as 45° or 90°.
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Low Insertion Loss: Engineered for minimal signal attenuation during redirection.
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Compact and Integrated Design: Offers space-saving integration into fiber-coupled instruments and systems.
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High Reflectivity Coatings: Coated with metallic (e.g., gold, aluminum) or dielectric layers for optimized performance at specific wavelengths.
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Versatile Applications: Suitable for both active and passive fiber optic setups.
Common Applications
Fiber mirrors are used in a variety of photonics and fiber optic applications, such as:
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Beam steering in optical circuits
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Optical path redirection in confined spaces
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Miniaturized spectroscopic systems
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Interferometers and metrology
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Optical coherence tomography (OCT)
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Fiber-based sensors and diagnostics
Their small footprint and precision alignment make them ideal for use in systems requiring high spatial efficiency and beam control.
Types of Fiber Mirrors
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In-Fiber Mirrors: Mirror coating applied directly to the fiber endface for internal redirection.
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Micro-Optic Mirrors: Small mirrors mounted inside ferrules or sleeves, often angled at 45°.
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Reflective Collimators: Combine fiber collimation with beam redirection.
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Hybrid Devices: Mirrors integrated into circulators, splitters, or MEMS devices.
Each type offers specific advantages depending on the system design and performance requirements.
Shop Fiber Mirrors on FindLight
FindLight connects you with reputable manufacturers offering high-precision fiber mirrors for demanding applications. Whether you're building a compact sensor, assembling a laser delivery system, or developing a novel optical instrument, our listings provide detailed specs, configuration options, and direct RFQ capabilities.
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