FILTER PRODUCTS

Select a category above to apply technical filters

Fiber Optomechanics

The 1030nm 1x2(2x2) PM Fiber Fused Coupler by DK Photonics is a testament to precision engineering. Using unique fusing techniques and polarization-maintaining fiber, these couplers are tailored to meet specific customer requirements. Featuring low insertion loss, high extinction ratio, and a compact in-line package, these couplers ...

Specifications

Type: Fused Biconical Taper (FBT)
Configuration: 1x2, 2x2
Splitting Ratio: Other / Not specified
Wavelength: 1030 nm
Fiber Type: Multi-mode (MM)
...
Data Sheet
CSRAYZER’s F120 FOG Fiber Coil is the perfect solution for closed-loop ɸ120 Fiber Optic Gyroscopes, offering exceptional precision with excellent bias stability and scale factor. Our highly advanced Fiber Coil Winding Machine ZKRZ-RHJ4.0 allows us to provide customized designs for winding frames and fiber coils to suit any specific ...

Specifications

Winding Layers: 52
Winding Length: 1520-1540m
Fiber Type: PM1550/980/780/etc.
Operating Wavelength: 1550 nm
Fiber Inner Diameter: 97 mm
...
Data Sheet
CSRAYZER’s FOG Fiber Coil is the core sensitive component of Fiber Optic Gyroscope (FOG). The quality of winding process directly determines the accuracy of FOG. With strong R&D capability and our own designed high performance Fiber Coil Winding Machine ZKRZ-RHJ4.0, we provide the design of the winding frame, Customized Fiber ...

Specifications

Accepted Fiber Diameter: 100-250um
Inner Diameter Range: 15-150 mm
Coil Height Range: 5-55 mm
Winding Fiber Length Range: 50-10000 meter
Wavelength Range: 1310/1550 nm
...
Data Sheet
The UFP Series represents a line of high-sensitivity fiber optic alignment stages, distinguished by their ability to perform both coarse and fine adjustments. With a sensitivity that is exceptionally better than 0.5µm and a rotation stage sensitivity surpassing 23.4", these stages stand out in their category. Their remarkable ...

Specifications

Hole Diameter: 1000 um
Angle: 0.01-3deg
Structure Type: Translation Stage
Table Sizes (mm): 60×60 (UFP1A, UFP1C-L, UFP1C-R, UFP2T-L, UFP2T-R) |45×45 (UFP1B)
Table Thickness (mm): 20 (UFP1A), 25 (UFP1B), 30 (UFP1C-L, UFP1C-R)
...
Data Sheet
The APFP Series represents our lineup of Standard Precision Fiber Optic Alignment Stages, distinguished by their exceptional sensitivity and robust stability. Equipped with precision micrometers, these stages deliver meticulous alignment with a sensitivity of less than 2 μm. They offer a generous linear range of 12mm and a ...

Specifications

Hole Diameter: -- um
Angle: -7-+7deg
Structure Type: Translation Stage
Angular Range: ± 7°
Linear Range: 12 mm
...
Data Sheet
Zolix presents a series of High Precision Fiber Alignment Stages, meticulously designed for utmost accuracy in a multitude of optical applications. With features like adjustable tilt and rotation, crossed-roller bearings, and various axes of travel, these stages are a go-to solution for industries including telecommunications, ...

Specifications

Hole Diameter: -- um
Angle: -10-+10deg
Structure Type: Translation Stage
Rotation Angle: ± 10°
Linear Sensitivity: <1μm
...
Data Sheet
Standard or customized coupler construction can be supplied for customer laser or detector installed inside LN-cooled Dewar with side window. CIR- or PIR-fiber optical cable with SMA-termination can be supplied according customer specification for his specific applications.   Two types of MCT-detectors are also ...

Specifications

Diameter: 55 mm
Length: 40 mm
Angular Translation: ±2.50° in both orthogonal axes
Z-translation Stage: ± 5 mm
Data Sheet
FlexiSpec® probes design enables their use for reaction monitoring with no artifacts caused by optics contamination as they can be retracted, cleaned and calibrated during chemical process. Process-interfaces SensoGate-FOS and Ceramat-FOS made by KNICK with approved fitting & flanges for FlexiSpec® probes to secure their semi or ...

Specifications

Transmission: 3.5-18um
Temperature Range: -50-140C
Data Sheet
FlexiSpec® product line includes the latest generation of Transmission (single pass) & TransFlex (dual pass) fiber optic probes to be used with any spectrometer or photometer.  FlexiSpec® Single & Dual Pass fiber optic probes are compatible with process-interfaces to be cleanable and to enable reaction monitoring in ...

Specifications

Transmission: 1.6-5.5um
Temperature Range: -100-100C
Fiber Type: CIR
Gap Dimension: 0.05 – 2.0 mm
Minimum Bending Radius: 130 mm
...
Data Sheet
FlexiSpec® product line includes the latest generation of Transmission (single pass) & TransFlex (dual pass) fiber optic probes to be used with any spectrometer or photometer. FlexiSpec® Single & Dual Pass fiber optic probes are compatible with process-interfaces to be cleanable and to enable reaction monitoring in lab, ...

Specifications

Transmission: 0.4-2.2um
Temperature Range: 0-200C
Fiber Type: Silica UV-NIR
Gap Dimension: 2, 5 and 10 mm
Minimum Bending Radius: 120 mm
...
Data Sheet
FlexiSpec® product line includes the latest generation of Transmission (single pass) & TransFlex (dual pass) fiber optic probes to be used with any spectrometer or photometer. FlexiSpec® Single & Dual Pass fiber optic probes are compatible with process-interfaces to be cleanable and to enable reaction monitoring in lab, ...

Specifications

Transmission: 0.2-1.3um
Temperature Range: 0-200C
Fiber Type: Silica UV-Vis
Gap Dimension: 2, 5, 10, and 20 mm
Minimum Bending Radius: 120 mm
...
Data Sheet
FlexiSpec® product line includes the latest generation of Transmission (single pass) & TransFlex (dual pass) fiber optic probes to be used with any spectrometer or photometer. FlexiSpec® Single & Dual Pass fiber optic probes are compatible with process-interfaces to be cleanable and to enable reaction monitoring in lab, ...

Specifications

Transmission: 0.4-2.2um
Temperature Range: 0-200C
Fiber Type: Silica UV-NIR
Gap Dimension: 2, 5, and 10 mm
Minimum Bending Radius: 120 mm
...
Data Sheet
FlexiSpec® product line includes the latest generation of Transmission (single pass) & TransFlex (dual pass) fiber optic probes to be used with any spectrometer or photometer. plant and run full automated process control.

Specifications

Transmission: 0.2-1.3um
Temperature Range: 0-200C
Fiber Type: Silica UV-Vis
Gap Dimension: 2, 5, 10, and 20 mm
Minimum Bending Radius: 120 mm
...
Data Sheet
Sterilizable ATR Fiber Probe is a new product of art photonics’ FlexiSpec® product line. This ATR Probes are produced with any type of ATR element and for any type of FTIR spectrometers. Unique Shaft-in-Shaft design enables use of FlexiSpec® ATR Probe in Bio process where sterilization is required without having to forgo the ...

Specifications

Transmission: 1.5-6.5um
Temperature Range: -100-200C
Fiber Type: CIR 500/550 Chalcogenide glass (As-S)
Pressure (max): 100 Bar
Total Length: 1.5 m
...
Data Sheet
Sterilizable ATR Fiber Probe is a new product of art photonics’ FlexiSpec® product line. This ATR Probes are produced with any type of ATR element and for any type of FTIR spectrometers. Unique Shaft-in-Shaft design enables use of FlexiSpec® ATR Probe in Bio process where sterilization is required without having to forgo the ...

Specifications

Transmission: 5.2-17um
Temperature Range: -100-250C
Fiber Type: PIR-900/1000 Silver Halide
Pressure (max): 100 Bar
Total Length: 1.5 m
...
Data Sheet
Sterilizable ATR Fiber Probe is a new product of art photonics’ FlexiSpec® product line. This ATR Probes are produced with any type of ATR element and for any type of FTIR spectrometers. Unique Shaft-in-Shaft design enables use of FlexiSpec® ATR Probe in Bio process where sterilization is required without having to forgo the ...

Specifications

Transmission: 5.2-17um
Temperature Range: -100-140C
Fiber Type: PIR-900/1000 Silver Halide
Pressure (max): 200 Bar
Total Length: 1.5 m
...
Data Sheet
FlexiSpec® probes from art photonics include new type of Attenuated Total Reflection (ATR-) probes designed for harsh application conditions. HT-ATR immersion IR-fiber probes can be used for process-spectroscopy in Near & Mid IR range to monitor reactions in-line in a broad temperature range from -100° to +250°C. They can ...

Specifications

Transmission: 1.5-6.5um
Temperature Range: -100-200C
Pressure (max): 100 Bar
Total Length: 1.5 m
Shaft Length: 300 mm
...
Data Sheet
This is a Fiber Optic ATR-Probe designed specifically for harsh environments art photonics\' FlexiSpec® probe assemblies include new type of Attenuated Total Reflection (ATR-) probes designed for harsh application conditions. HT-ATR immersion IR-fiber probes can be used for process-spectroscopy in near-IR & mid-IR range ...

Specifications

Transmission: 5.2-17um
Temperature Range: -100-250C
Cooling Air Flow Parameters: Excess pressure 0.5Bar, Flow 2300l/h
Shaft Length: 300 mm
Shaft Material: Hastelloy C22
...
Data Sheet
370nm 1x2, 2x2 Polarization Maintaining (PM) Fused Coupler is built with fused biconical taper (FBT) technology, it can be used in split the optical signal power into two parts with even or various coupling ratio and keep the polarization maintaining, it's widely applied in fiber optic sensor, fiber amplifier system and fiber optic ...

Specifications

Type: Fused Biconical Taper (FBT)
Configuration: 1x2, 2x2
Splitting Ratio: 50/50, 40/60, 30/70, 20/80, 10/90, Other / Not specified
Wavelength: 370 nm
Fiber Type: Single-mode (SM)
...
Data Sheet
OZ Optics collimator/focuser array assemblies assist in developing next generation photonic devices. The arrays are manufactured using precision V-Groove technology in conjunction with a single element lens arrays, enabling sub-micron alignment accuracy. OZ Optics fiber collimators and focusers are designed to collimate or focus ...
Data Sheet
OZ Optics offers a complete line of high power fiber collimators and focusers with low backreflection, designed to collimate or focus light exiting a fiber to a desired beam diameter or spot size. These devices can be used with laser diodes, fiber lasers, acousto-optic modulators and other fiber optic devices. Collimators and ...
Data Sheet
OZ Optics’ miniature fiber optic beam splitters are used to split the light traveling through a fiber into two fibers, or to split or combine orthogonally polarized light into separate fibers. These splitters feature a rugged miniature housing to fit into compact spaces in equipment and systems. Light from a fiber is first ...

Specifications

Splitting Ratio: 50/50
Central Wavelength: 1550 nm
Power Handling: > 100W
Return Loss: 30 dB
Data Sheet
OZ Optics produces fiber optic patchcords specifically for high power applications. These patchcords feature special high power fibers, carefully prepared fiber endfaces, and specially designed fiber optic connectors to ensure maximum power handling for your application. In standard connectors the fibers are glued into place, ...

Specifications

Wavelength Range: 200-2000nm
Insertion Loss (max): -- dB
Return Loss: -- dB
Polarization Maintaining: No
Data Sheet
Based on a patented technology and years of research, our technology come from a fiber-based Fabry-Perot microcavity with exceptional properties. Our laser machined-mirrors enable extremely high finesse (F>100.000). Its unmatched precision allows the filtering of precise wavelengths, eliminating interference like never before. ...

Specifications

Operating Wavelength Range: 500-2500nm
Free Spectral Range: 300 - 15000 GHz
Finesse: 30000
Bandwidth: 0,5 GHz
Insertion Loss: tbd dB
...
Data Sheet
Optical fiber mirrors (OFM), aka fiber retroreflectors, reflect incident light without siginificant losses. OFM are used in applications where loss-less optical signal communication is essential. 

Specifications

Center Wavelength: 1064 nm
Operating Wavelength Range: 1034-1094nm
Typical Insertion Loss: 0.4 dB
Max Insertion Loss: 0.6 dB
Min Extinction Ratio: 22 dB
...
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.