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Fiber Optics Manufacturing Equipment

The Y waveguide automatic coupling machine from CSRayzer Optical Technology Co. is a highly efficient, automated equipment used for coupling and packaging planar Y-waveguide chips, lenses, and pigtails. With features such as automatic identification of materials, positions, coupling, and dispensing, the equipment reduces manual ...

Specifications

Coupling Platform Modules: Six-axis alignment system, Planar waveguide carrier, Vision module, UV curing module, Pressure sensing system, Stereo microscope module, Extinction ration tester, Software
Extinction Ratio Wavelength Range: 1260-1640nm
Extinction Ratio Measurement Range: 0-50dB
6-axis Alignment Resolution (X/Y/Z, θx/θyθz): 0.03μm/0.03μm/0.03μm, 0.0001°/0.0001°/0.0001°
Positioning Repeatability: ≤±0.2μm
...
Data Sheet
Introducing the Fiber Coil Winding Machine, model ZKRZ-RHJ6.0 from CSRayzer Optical Technology Co.Ltd. This machine is designed to wind low, medium and high-precision fiber coils for a variety of applications, including hydrophones and optical delays. With the ability to support different winding methods such as Sinlgepole, ...

Specifications

Noise Value: 60 dB
Winding Method: Single Pole, Quadrupole, Octapole, 16-pole
Inner Diameter Of Wound Coil: 16-200mm
Height Of Wound Coil: 1-100mm
Spindle Diameter: 5-30mm
...
Data Sheet
Fibersect Mechanical Cleaver
Connected Fibers
The fibersect rapidly removes the epoxy and fibers of all ferrules and connectors, including MPO/MTP® ferrules and single fiber connectors and ferrules. With a simple push of a button and a 1- 4 second cycle time the fibersect increases throughput, by reducing the number of steps in the polishing process and helps ...

Specifications

Supported Fiber Cladding: 00-00um
Processing Time: 1-4 s
Ferrule/Connector Adapters: MT 0°/MT 8°/LC/LC-APC/LC-Duplex/SC/SC-APC + others
MT Ferrule Capabilities: 4 to 72 fibers
Adapter Changeover Time: 30 s
...
Data Sheet
OPTEK LaserCleave-1500
Connected Fibers
Engineered to address the production of existing and a new generation of optical interconnects, in a compact and user-friendly platform, LaserCleave™-1500 is designed to maximize productivity in connector manufacture.  This unit has an interchangeable loading port, on a kinematic mount to allow for rapid changeover between ...

Specifications

Supported Fiber Cladding: 00-00um
Electrical Supply: 1.7 kVA
Cooling: Air Cooled; Water Cooling (Optional)
Vision: Integrated Viewing Cameras
Size (WxDxH): 756.0 x 505.0 x 245.0 mm
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Data Sheet
XQ7130 is mainly used to make polarization maintaining 1´2/2´2/1´3/3´3/WDM optical fiber splitter, including freely adjust various splitting ratio and wavelength. XQ7130 adapt special method to alignment panda eyes of panda fiber to realize the manufacturing of high extinction ratio ...

Specifications

Supported Fiber Cladding: 1-1500um
Stretch Spacing: 18-60 mm
Unilateral Stretching Speed: 0-800 um/s
Holder Motion Accuracy: 0.1/0.8 um
Detector Type: InGaAs
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Data Sheet
XQ7410 large diameter fiber cleaver is mainly used to cut large diameter fibers and produce optical combiners etc. Through the easy setting of the fiber tension and the stepper of the blade, it can cleave different types of optical fiber and optical combiners easily. The machine not only has the ...

Specifications

Supported Fiber Cladding: 80-1500um
Cleaving Type: Truncation/Chamfer
Coating Layer Dimension: 80 - 2500 um
Cleaving Ways: Pulled taut and scratch
Fiber Type: SM/MM/GDF/YDF/PCF/Optical combiner/Fibre bundle/ Glass tube
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Data Sheet
XQ7230 is a large-diameter fiber fusion splicer with three-electrode arc discharge as the heat source which is independently developed by OSCOM Technology. The system is mainly used for fiber bundle fusion and cutting during the process of making optical combiner.  It can meet the needs of fusion ...

Specifications

Supported Fiber Diameter: 80-2000um
Heat Source: Triangle annular arc discharge
Arc Temperature: 800-1800 ℃
Arc Position: Move in the Z-axis direction
Fiber Fusing Range: 80 - 2000 μm
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Data Sheet
XQ7180 is mainly used to make higher power 3*1,  4*1, (6+1)x1, 7*1 etc. signal pump optical fiber combination device and special cone fiber rods.  The main feature of this device is tapering screw stroke lengthened (200-500mm). The holder has unilateral/reverse/same direction tapering mode and the speed of holder can make ...

Specifications

Supported Fiber Diameter: 80-1500um
Stretch Spacing: 18 - 200/500 mm
Unilateral Stretching Speed: 0 - 1000 um/s
Stretch Type: Unilateral /reverse/same direction tapering
Scan Pattern: Fixed /Tracing scan
...
Data Sheet
XQ7210 is a large-diameter fiber fusion splicer with CO2 laser as the heat source which independently developed by OSCOM Technology. The splicer can fusing 80μm -2500m fiber or glass rod quickly, accurately and stably. It mainly used for the fusion of QBH fiber end cap, optical combiner fiber bundles, ...

Specifications

Supported Fiber Diameter: 80-2500um
Item Name: fiber fusion splicer machine
Laser Wavelength: 10.6 um
Fiber Cladding Fusing Range: 80 - 2500( can customzied) um
Laser Type: CO2
...
Data Sheet
Fiber Optic Scribing Tools
Bruce Diamond Corp
Our premium fiber optic scribes have a large variety of tip sizes, geometries and materials. Our fiber optic scribe tips include diamond, ruby, sapphire & carbide. In addition to our standard in-stock tools, we also provide a wide array of custom tip geometries and handle designs. The handles of our molded hand scribes are ...

Specifications

Scriber Tip: Diamond, Sapphire, Ruby, Other
Data Sheet
Single Fiber Fusion Splicer Fujikura 22S
FinishAdapt Ltd
FinishAdapt are proud to be official resellers of Fujikura Fusion Splicers.  With superior technology, proven reliability and high quality Fujikura are the market leaders in this specialist industry. Our range includes the latest 70S core alignment fusion splicer with the fastest splicing time and splice heating time on the ...

Specifications

Supported Fiber Diameter: 125-3000um
Data Sheet
Single Fiber Fusion Splicer Fujikura 62S
FinishAdapt Ltd
FinishAdapt are proud to be official resellers of Fujikura Fusion Splicers.  With superior technology, proven reliability and high quality Fujikura are the market leaders in this specialist industry. Our range includes the latest 70S core alignment fusion splicer with the fastest splicing time and splice heating time on the ...

Specifications

Supported Fiber Diameter: 80-150um
Data Sheet
Single Fiber Fusion Splicer Fujikura 70S
FinishAdapt Ltd
FinishAdapt are proud to be official resellers of Fujikura Fusion Splicers.  With superior technology, proven reliability and high quality Fujikura are the market leaders in this specialist industry. Our range includes the latest 70S core alignment fusion splicer with the fastest splicing time and splice heating time on the ...

Specifications

Supported Fiber Diameter: 80-150um
Data Sheet
Diamond Cleaving Knives For Fiber Optics 4.0mm
Technodiamant USA Inc
Our hand-held diamond cleaving knives are effective and simple to use. They allow for quick and inexpensive preparation on hard or soft samples. The practical pen design with concealable diamond blade contributes to its comfortable handling and storage. The cleaving knife is an ideal accessory when making quick sample preparation in ...

Specifications

Supported Fiber Cladding: 100-4000um
Data Sheet
Diamond Cleaving Knives For Fiber Optics 6.0mm
Technodiamant USA Inc
Our hand-held diamond cleaving knives are effective and simple to use. They allow for quick and inexpensive preparation on hard or soft samples. The practical pen design with concealable diamond blade contributes to its comfortable handling and storage. The cleaving knife is an ideal accessory when making quick sample preparation in ...

Specifications

Supported Fiber Cladding: 100-6000um
Data Sheet
Diamond Cleaving Knives For Fiber Optics 9.5mm
Technodiamant USA Inc
Our hand-held diamond cleaving knives are effective and simple to use. They allow for quick and inexpensive preparation on hard or soft samples. The practical pen design with concealable diamond blade contributes to its comfortable handling and storage. The cleaving knife is an ideal accessory when making quick sample preparation in ...

Specifications

Supported Fiber Cladding: 100-9500um
Data Sheet
LFS-4100 Large Diameter Fiber Splicer
Vytran
The LFS-4100 is a dedicated process tool for splicing standard, large diameter and specialty fibers. Designed for volume production of fiber assemblies, it is intended for manufacturers that want the splicing performance of Vytran’s proven filament fusion, multi-function splicing and glass processing products, but from a ...

Specifications

Supported Fiber Diameter: 125-1250um
Data Sheet
LDC-400 Large Diameter Fiber Cleaver
Vytran
LDC-400 is a fully automated fiber cleaver that produces flat and angled cleaves on fibers ranging from 80 microns to 1.25 mm in diameter. This tension-and-scribe system marries the tensioning capabilities of our linear proof testers with precision diamond blade scribing technology to produce consistent low-angle cleaves with ...

Specifications

Supported Fiber Cladding: 80-1250um
Data Sheet
CFC-400-SMA Connectorized Fiber Cleaver
Vytran
CFC-400-SMA is an automated cleaver designed to create a flat cleave an optical fiber that is mounted in an SMA-905 connector. It produces a high-quality, clean fiber end face with a polish-like finish in a fraction of a second. There is no polishing residue and therefore no post-processing necessary. This quick and efficient system ...

Specifications

Supported Fiber Cladding: 80-1000um
Data Sheet
NYFORS AutoCleaver LDF
3-Edge
The AutoCleaver LDF™ is a high precision fiber cleaver, designed for cleaving of large diameter fibers (LDF). It provides outstanding cleaving performance for fibers from 230 μm up to 1000 μm in diameter. The unique and patent pending cleaving process generates typical cleave angles of less than 0.5 degrees. The built-in ...

Specifications

Supported Fiber Cladding: 230-1000um
Data Sheet
NYFORS Angle Cleaving Unit
3-Edge
The Angle cleaving unit™ is a specially designed rotary clamp that can be mounted on NYFORS AutoCleaver LDF™ as an add on. This upgrade allows the cleaver to be used not only for perpendicular cleaving but also for variable angle cleaving of fibers ranging from 230 up to more than 800 µm in diameter. The cleave ...

Specifications

Supported Fiber Cladding: 230-800um
Data Sheet
NYFORS AutoCleaver S2
3-Edge
The AutoCleaver S2™ is a modified version of the NYFORS automatic fiber cleaver, designed for the cleaving of air-clad fibers. It provides outstanding cleaving performance on circular fibers from 125 μm up to 1000 μm in diameter. A unique and patent pending cleaving process generates typical cleave angles of less than 0.5 ...

Specifications

Supported Fiber Cladding: 125-1000um
Data Sheet
NYFORS AutoCleaver S1
3-Edge
The AutoCleaver S1™ senses the edge of the coating to automatically adjust the bare fiber length after cleaving. This feature is valuable when a specific and accurate bare fiber length is required. The requested bare fiber length is specified by the customer at order and can be fine tuned by software between 0 and 500 ...

Specifications

Supported Fiber Cladding: 80-125um
Data Sheet
NYFORS AutoCleaver LDA
3-Edge
The AutoCleaver LDA™ is an automatic system for precision cleaving of circular large diameter fibers (LDF). It is a special version of NYFORS\' well known large diameter cleaver and is designed for both perpendicular and angled cleaving of fibers ranging from 230 up to more than 800 µm in diameter. The cleave angle ...

Specifications

Supported Fiber Cladding: 230-800um
Data Sheet
NYFORS AutoPrep II
3-Edge
The fully automated, high-speed fiber preparation unit AutoPrep II™ strips, cleans and cleaves a fiber in less than 15 seconds. It is designed primarily for industrial applications, where accuracy, reliability and a high production yield are required.The AutoPrep II™ is used for fast and chemical free fiber ...

Specifications

Supported Fiber Cladding: 80-125um
Data Sheet

Frequently Asked Questions

There are several types of fiber optics manufacturing equipment, including fiber drawing towers, fiber recoaters, fiber cleavers, fiber splicers, and fiber testers. Each of these machines performs a specific function in the process of creating optical fibers.

A fiber drawing tower is used to create optical fibers by pulling a preform, which is a cylindrical piece of glass or plastic, through a series of small holes called dies. As the preform is pulled through the dies, it is stretched and thinned into a long, thin strand.

A fiber recoater is used to coat optical fibers with a protective layer of polymer. This helps to protect the fiber from damage and makes it easier to handle during the manufacturing process.

A fiber cleaver is used to make a clean, precise cut in an optical fiber. This is important for splicing fibers together or terminating a fiber with a connector.

Optical fibers are tested using a variety of techniques, including optical time-domain reflectometry (OTDR), optical spectrum analysis, and insertion loss testing. These tests help to ensure that the fiber is performing properly and that there are no defects or damage to the fiber.

Discover the best fiber optics manufacturing equipment from top optics manufacturers on FindLight.net. Our comprehensive selection includes fiber optic fusion splicers, cleavers, connectors, attenuators, and more. Compare products, request quotes, and find the right fiber optics manufacturing equipment for your research, development, or production needs.

Did You know?

Fiber optics manufacturing equipment plays a crucial role in the production of high-quality optical fibers, which are used in a wide range of applications, from telecommunications and data transmission to biomedical imaging and sensing. This equipment includes fusion splicers, cleavers, connectors, attenuators, and other tools that enable precise fiber alignment, cutting, termination, and testing. Advanced features such as automatic arc calibration, real-time monitoring, and programmable parameters ensure consistent and reliable results, while compact and ergonomic designs improve efficiency and user comfort. Explore the latest fiber optics manufacturing equipment from leading suppliers and enhance your fiber optic fabrication capabilities today.