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Fiber Optomechanics

Ruik的偏振分束器设计用于将任意偏振的一束光束分成垂直于每个偏振的两束光束Ruik的偏振分束器设计用于将任意偏振的一束光束分成垂直于每个偏振的两束光束。 Ruik的偏振分束器设计用于将束束。两Ruik 的偏振分束器设计用于将任意偏振的一束光束分成垂直于每个偏振的两束光束。光路是从光纤到两根光纤。瑞克的Ruik的偏振分束器被设计成一个分中的任何光束极化成两束,每束极化垂直。光纤分束器被设计成分中的任何单独的一束两束,每束光纤。光路是从光纤到两根光纤。光纤。Ruik 的偏振分束器设计用于将任意偏振的一束光束分成垂直于每个偏振的两束光束。光路是从一根光纤到两根光纤。Ruik\'s Polarization Beam Splitter is designed to ...

Specifications

Splitting Ratio: 50/50, 70/30, 80/20, 90/10, Other
Central Wavelength: 2000 nm
Power Handling: > 100mW
Return Loss: 50 dB
Data Sheet
AP series fiber alignment accessories are instrumental in the precise fixing and mounting of fibers or lenses, playing a crucial role in ensuring optimal fiber alignment. These accessories are designed to facilitate the accurate and stable positioning necessary for high-performance optical connections and systems. Their utilization ...

Specifications

Hole Diameter: -- um
Angle: -----deg
Structure Type: Alignment Array, Other
Data Sheet
Introducing the Polarization Maintaining Fused Coupler by CSRayzer, a cutting-edge solution designed for precise management of optical signals in specialized applications. This high-performance device, with Part No. PMTC-1X2-50:50-1550-3.0*45-1-0-N-B, is engineered to deliver exceptional performance and reliability. Operating within ...

Specifications

Type: Fused Biconical Taper (FBT)
Configuration: 1x2
Splitting Ratio: 50/50
Wavelength: 1550 nm
Fiber Type:
...
Data Sheet
The OZ-Optics Fiber to Photodiode Couplers with Removable Filters are designed for low-cost coupling of fiber-optic cables to photodiodes. These couplers use patented tilt adjustment technique, utilizing a pair of lenses to first collimate the light from the input fiber and then focus the transmitted light onto the active area of the ...
Data Sheet
The Polarization Maintaining Filter Coupler 1310&1550nm is a polarization maintaining coupler which either splits the light from the input PM fiber into two output PM fibers, or combines light signals from two PM fibers into a single PM fiber. The state of polarization can be aligned either with the slow axis or the fast axis of ...

Specifications

Type: Other / Not specified
Configuration: 1x2
Splitting Ratio: 50/50, 40/60, 30/70, 20/80, 10/90
Wavelength: 1030 nm
Fiber Type:
...
Data Sheet
FlexiSpec® product line from art photonics presents the latest generation of Attenuated Total Reflection Probes. Fiber optic ATR-Probes are produced for any spectral range in UV -Vis -NIR and Mid-IR.  They are compartible with any type of FT-NIR, FT-IR and other IR-spectrometers, photometers and IR-LED or QCL. ATR immersion ...

Specifications

Transmission: 5.2-17um
Temperature Range: -140-150C
ATR Tip Material: Diamond (opt. see datasheet)
Spectral Range: 1900 - 600 cm-1
Shaft Material: Hastelloy C22
...
Data Sheet
FlexiSpec® product line from art photonics presents the latest generation of Attenuated Total Reflection Probes. Fiber optic ATR-Probes are produced for any spectral range in UV -Vis -NIR and Mid-IR.  They are compartible with any type of FT-NIR, FT-IR and other IR-spectrometers, photometers and IR-LED or QCL. ATR immersion ...

Specifications

Transmission: 1.1-6.5um
Temperature Range: -150-90C
ATR Tip Material: Cubic Zirconia (opt. see datasheet)
Spectral Range: 9000-1550 cm-1 (opt.: 400-2200 nm)
Shaft Material: Hastelloy C22
...
Data Sheet
FlexiSpec® product line from art photonics presents the latest generation of Attenuated Total Reflection Probes. Fiber optic ATR-Probes are produced for any spectral range in UV -Vis -NIR and Mid-IR.  They are compartible with any type of FT-NIR, FT-IR and other IR-spectrometers, photometers and IR-LED or QCL. ATR immersion ...

Specifications

Transmission: 3.2-17um
Temperature Range: -150-140C
ATR Tip Material: Silicon (opt. see datasheet)
Spectral Range: 3100 - 600 cm-1
Shaft Material: Hastelloy C22
...
Data Sheet
FlexiSpec® product line from art photonics presents the latest generation of Attenuated Total Reflection Probes. Fiber optic ATR-Probes are produced for any spectral range in UV -Vis -NIR and Mid-IR.  They are compartible with any type of FT-NIR, FT-IR and other IR-spectrometers, photometers and IR-LED or QCL. ATR ...

Specifications

Transmission: 3.2-17um
Temperature Range: -150-90C
ATR Tip Material: Germanium (opt. see datasheet)
Spectral Range: 3100 - 600 cm-1
Shaft Material: Hastelloy C22
...
Data Sheet
Gas Transmission Infrared Fiber Optic Probe for Gases On-line transmission spectroscopy in gases High throughput in any part of NIR-MIR spectra Flexible and robust for industrial applications Compatible with any spectrometer FlexiSpec® product line includes the latest generation of Transmission infrared fiber ...

Specifications

Transmission: 3-18um
Temperature Range: -50-140C
Sensitivity: >1ppm depending on optical path, spectrometer performance, gases in test
Data Sheet
Gas Transmission Infrared Fiber Optic Probe for Gases On-line transmission spectroscopy in gases High throughput in any part of NIR-MIR spectra Flexible and robust for industrial applications Compatible with any spectrometer FlexiSpec® product line includes the latest generation of Transmission infrared fiber optic ...

Specifications

Transmission: 0.5-2.2um
Temperature Range: -50-200C
Sensitivity: >1ppm depending on optical path, spectrometer performance, gases in test
Data Sheet
This is a Gas Transmission Infrared Fiber Optic Probe for Gases by art photonics GmbH   Our FlexiSpec® product line includes the latest generation of Transmission infrared fiber optic probes for gases to be used with any spectrometer or photometer.    The design of Transmission Fiber Probe for gases is based on ...

Specifications

Transmission: 1.6-5.5um
Temperature Range: -50-90C
Sensitivity: >1ppm depending on optical path, spectrometer performance, gases in test
Data Sheet
The Fiber Optic ATR-Probes for Harsh Environment from art photonics are specifically designed for process-spectroscopy in the Near & Mid IR range, enabling in-line monitoring of reactions in industrial applications. These probes offer high throughput in selected parts of the Near & Mid InfraRed spectra and are robust enough ...

Specifications

Transmission: 3.2-17um
Temperature Range: -100-250C
Fiber Type: PIR-900/1000
Pressure (max): 100 Bar
Total Length: 1,5 m
...
Data Sheet
ATR-Loop Infrared PIR-fiber probe was the first in FlexiSpec® product line designed for use with FTIR and other Mid IR spectrometers. ATR-Loop PIR-fiber probes are perfect for remote analysis of composition of liquids, pastes and soft surfaces with no need in sample preparation. 

Specifications

Transmission: 3.03-16.6um
Temperature Range: 0-100C
Total Length: 1
Shaft Length: 120
Shaft Diameter: 10
Data Sheet
Introducing our Refocusing & Collimating Fiber/Lens Objective, the perfect accessory for your mid-infrared fiber spectroscopy needs. This advanced objective is designed to provide precise refocusing and collimation of light in your spectroscopy experiments. Experience the reliability and versatility of our Refocusing & ...

Specifications

Z-Translation Stage: Adjustable in ±5 mm range
Lens Material: ZnSe or Ge (on request)
Lend Diameter: Ø15 mm
Focal Length: f = 20 mm or 10 mm (on request)
AR Coating: 3-5.5µm or 8-12µm (on request)
Data Sheet
The Polarization Beam Combiner/Splitter-1310&1480&1550nm can be used either as a polarization beam combiner to combine light beams from two PM input fibers into a single output fiber, or as a polarization beam splitter to split light from an input fiber into two output fibers of orthogonal polarization states. An ...

Specifications

Splitting Ratio: Other
Central Wavelength: 1064 nm
Power Handling: > 1W
Return Loss: >50 dB
Max. Power Handling: 0.5, 1, 2, 3, 5, 10 W
...
Data Sheet
DK Photonics’ (6+1)x1 Multimode Pump and PM Signal Combiner is designed for high power applications. It features exceptional optical characteristics. These devices can combine 6 pump lasers and 1 signal channel into one fiber and create a high power pump laser source, delivering the combined power for applications in ...

Specifications

Splitting Ratio: Other
Central Wavelength: 1080 nm
Power Handling: > 100W
Return Loss: 40 dB
Data Sheet
FBG Mirrors are based on the reflective properties of the Fiber Bragg Grating (FBG) written in the core of an optical fiber waveguide. FBG mirrors’ principal application is to use a high and low reflector to form a stable laser cavity having the lasing wavelength selected by the low reflector. Fiber Bragg grating (FBG) is a ...

Specifications

Center Wavelength Range: 1018-2040nm
FBG Length: Not Specified
Reflectivity: 30 - 99%
Data Sheet
DK Photonics\' Single mode coupler 1X2/2X2 offer very low insertion loss, low polarization dependence and excellent environmental stability Accurate coupling ratio from 50/50 to 1/99 and fiber type 250um bare fiber, 3mm and 900um loose tube fiber are available with very tight uniformity. Singlemode standard coupler and wideband ...
Data Sheet
Built by asymmetric coupling technique, Triplex Window Coupler operating bandwidth is expanding to 1310nm, 1490nm and 1550nm three communication windows. The TWC coupler has the same coupling ratio on 1310, 1490 and 1550nm communication windows, with low excess loss and low PDL. TWC is widely used for communication systems, ...
Data Sheet
DK Photonics’ (2+1)x1 Multimode Pump and Signal Combiner is designed for high power applications. It features exceptional optical characteristics. These devices can combine 2 pump lasers and 1 signal channel into one fiber and create a high power pump laser source, delivering the combined power for applications ...

Specifications

Splitting Ratio: Other
Central Wavelength: 1080 nm
Power Handling: > 100W
Return Loss: 40 dB
Data Sheet
Fiber Bragg gratings are basic components for a wide range of applications in the areas of telecommunications, lasers and sensors. The wavelength of pump laser diode is varied at different operating temperatures.   Fiber Bragg Gratings (FBG) with low reflectivity are used to stabilize the wavelength and intensity of ...

Specifications

Center Wavelength Range: 980-1550nm
FBG Length: Not Specified
Reflectivity: >1%
Center Wavelength: 940, 972-978, 1064, 1070 nm
Wavelength Tolerance: +/-0.25 nm
...
Data Sheet
FBG is the key component that acts as a rejection filter in telecommunications. The center wavelength of FBG is very sensitive to changes of temperature or strain. The package of Athermal Packaged FBG is used by the technology of temperature compensation to make the wavelength very stable.

Specifications

Center Wavelength Range: 1-980nm
FBG Length: Not Specified
Reflectivity: >1%
Data Sheet
Chirped fiber Bragg ggratings are structures where the optical period of the index modulation varies along the grating length. DK Photonics manufactures the chirped fiber Bragg grating by using chirped phase mask. By modifying the intensity of grating depth for reaching any predefined gain compensation profile that creates the gain ...

Specifications

Center Wavelength Range: 1550-1650nm
FBG Length: Not Specified
Reflectivity: 30 - 99%
Data Sheet
Long period grating couples light from a guided mode into forward propagating cladding modes where it is lost due to absorption and scattering. The coupling from the guided mode to cladding modes is wavelength dependent so we can obtain a spectrally selective loss. It is an optical fiber structure with the properties periodically ...

Specifications

Center Wavelength Range: 1500-1600nm
FBG Length: Not Specified
Reflectivity: >1%
Data Sheet

Frequently Asked Questions

Fiber optomechanics are devices used to manipulate optical fibers and their components. They include mounting devices, collimators, couplers, and more. These devices work by providing precise alignment and stability for optical fibers, ensuring optimal performance in a variety of applications.

At FindLight.net, we offer a wide range of fiber optomechanics, including fiber mounting devices, collimators, couplers, splitters, terminators, and more. These products are designed to meet a variety of optical system design needs, and we are constantly updating our selection to include the latest and most innovative products from the leading suppliers.

Choosing the right fiber optomechanics depends on a variety of factors, including your specific optical system design needs and performance requirements. The team of experts from our suppliers can help guide you through the selection process and recommend the best products for your application. Additionally, we offer detailed product specifications and datasheets to help you make an informed decision.

Yes! Many of our suppliers offer customizable fiber optomechanics to meet your specific needs. Their team of engineers can work with you to design and manufacture custom solutions that meet your exact specifications.

Fiber optomechanics are made from a variety of materials, including stainless steel, aluminum, and various plastics. The material selection depends on the product and its intended application. For example, stainless steel is often used for high-precision applications due to its strength and durability, while plastics may be used for less demanding applications where weight and cost are important factors.

The most sought after fiber optomechanics parts include fiber collimators, couplers, terminators, connectors, and alignment stages. These parts are used to join, terminate, and align optical fibers and components in high-performance fiber optic systems for various applications, including telecommunications, sensing, and scientific research. Fiber collimators convert divergent light from a fiber optic cable into a parallel beam of light, while fiber couplers join two or more optical fibers to transmit light between them. Fiber terminators absorb excess light to prevent reflection and interference, and fiber connectors facilitate easy assembly and disassembly of fiber optic systems. Finally, fiber alignment stages precisely align optical components to ensure optimal performance and minimize losses due to misalignment.

FindLight.net presents a comprehensive range of fiber optomechanics for your optical system design needs - offered directly by manufacturers. Our collection includes fiber mounting devices, collimators, couplers, splitters, terminators, and more. Whether you need precise alignment or optimal stability, our vast choice of fiber optomechanics can help you achieve your goals. Browse our selection today and discover the perfect solution for your unique application.

Did You know?

Did you know that fiber optomechanics plays a critical role in the performance and reliability of fiber optic systems? From fiber collimators to alignment stages, these components are essential for ensuring optimal transmission of light and minimizing losses due to misalignment or other issues. One interesting fact about fiber optomechanics is that it has revolutionized the way we communicate and share information. Fiber optic cables, which use light to transmit data, have enabled faster and more reliable communication across the world, from telephone networks to the internet. The use of fiber optomechanics in these systems has made it possible to transmit huge amounts of data over long distances with minimal signal loss or interference. Another interesting aspect of fiber optomechanics is its use in scientific research and experimentation. Fiber optic sensors, for example, can be used to measure temperature, pressure, and other physical parameters in extreme environments where traditional sensors may fail. This has opened up new possibilities for studying phenomena such as volcanic eruptions, earthquakes, and other natural events.