FILTER PRODUCTS

Fiber Inspection Tools

The ergonomically designed DI-1000 is Lightel's all digital video microscope probe. It connects directly to your PC through the computer's USB2.0 port.  Featuring easy single finger focusing, a built-in image freeze/capture button, and detectable resolution to 0.5µm, the DI-1000 package includes our free ConnectorViewTM ...

Specifications

Accepted Fiber Diameter: 80-800um
Field Of View: 425 x 320 um
Resolution: 0.5 um
Operating Temperature: 0 to 50 degrees, C
Storage Temperature: -20 to 70 degrees, C
The VFI-1200 interferometer is an optical fiber end-face inspection system specifically designed for checking the surface quality and flatness of your cleaved, polished or lensed fibers. Accepts 125 to 1200um fiber diameters. Also now available - the VFI-2000 for larger diameter fibers up to 2000µm.

Specifications

Accepted Fiber Diameter: 125-1200um
XQ5110 is a single mode high-stability test light source which developed by OSCOM Technology. It use DFB / LD laser as its emission source, and equipped with the technology of automatic temperature control (ATC), automatic power control( APC) and RS232C communication control, etc. It can provide ...

Specifications

Accepted Fiber Diameter: -um
Light Source Type: 1310/1490/1550/1625/1650 nm
Light Emitting Device: DFB / LD
Optical Output Power(dBm): ≥3 dBm
Fiber Type: Single mode SMF-28e
The FGC-P Fiber Coating Geometry System is the fast, reliable solution for measuring the geometry characteristics of optical fiber coatings. It provides a direct measurement of fiber coating geometry parameters including: coating diameter, coating non-circularity and coating-cladding concentricity. The FGC-P can handle fibers with a ...

Specifications

Accepted Fiber Diameter: 100-260um
Coating Diameter: 100 - 260 µm
Coating Non-circularity: <0.8%
Coating-cladding Concentricity: <0.8%
The FGC-GA is the all-in-one solution for precision measurements of the geometry of the widest range of optical fibers, V-groove arrays and ribbon connectors. With one unit, users can completely characterize V-groove block geometry, core-to-core pitch and core X & Y offset of multifiber arrays up to 15mm in width. With a huge ...

Specifications

Accepted Fiber Diameter: 10-1000um
V-groove Array Measurement: 1200µm FOV
The FGC fiber geometry systems use the video grey scale technique (RTM method) to provide fast, automated core/cladding geometry measurements. Measures up to 1000µm nominal cladding diameter. Can measure special fiber e.g. Bend insensitive, octagonal etc. Darkfield illumination gives clear view of the fiber endface. Standards ...

Specifications

Accepted Fiber Diameter: 50-1000um
Optical Explorer
EXFO
An innovative, fast and simple-to-use fiber optic tester, Optical Explorer verifies optical links in seconds and automatically explores further when potential issues are suspected. It’s the first optical fiber multimeter (OFM)—an essential handheld tool for fiber optic technicians (it can be compared to multimeters used by electrical ...

Specifications

Accepted Fiber Diameter: 1-50um
ConnectorMax MPO Link Test Solution
EXFO
Multifiber push-on (MPO) connectors are increasingly popular because they provide many advantages to high-speed network operators, owners and installation companies. They are used to connect the fastest links that deliver the most sensitive of services and data to customers, enable high-speed interconnects and create redundancy. ...

Specifications

Accepted Fiber Diameter: 1-50um
FIP-500 Fiber Inspection Scope
EXFO
Fastest inspection in the industry for both single-fiber and multi-fiber connectors, with the most reliable results. Self-contained, fully automated tool for zero-button testing all day - without the need to recharge batteries or offload results.

Specifications

Accepted Fiber Diameter: 1-50um
ZX-1 micro DUET+
Direct Optical Research Co
DORC’s ZX-1 micro DUET+ is the worlds first “dual headed” system, designed primarily for measuring BOTH ends of hybrid patch cords “simultaneously” using a single PC and operator. For example, both ends of a 1.25mm to 2.50mm patch cord can be measured at the same time - without the need to change chucks. Data for both ends appears ...

Specifications

Accepted Fiber Diameter: 0.5-1.8um
ZX-1 micro Array+ HD
Direct Optical Research Co
Used primarily to measure multi fiber (MT/MPO® and MT-RJ) connectors, DORC’s sixth generation “ZX-1 micro Array+ HD is the result of 29 years of hardware and software product development.  Although optimized for mutifiber connectors, the ZX-1 micro Array+ HD also does an excellent job of measuring single fiber PC and APC ...

Specifications

Accepted Fiber Diameter: 0.5-1.8um
ZX-1 micro PMS+
Direct Optical Research Co
Used primarily to measure single fiber PC and APC connectors, DORC’s fifth generation “ZX-1 micro PMS+” is the result of 29 years of hardware and software product development.  DORC’s patented design is based on a variant of the Michelson configuration, and provides BOTH 2D and 3D high resolution images of the sample under test ...

Specifications

Accepted Fiber Diameter: 0.5-1.8um
DI-1000L-PRO Digital Inspector
Optimark Fiber Optics
The DI-1000L-PRO combines the all-digital wide-view DI-1000L microscope with our ConnectorView™ Plus v2 Pass/Fail software for fast objective analysis of fiberoptic connector endfaces. Powered by it’s direct USB2.0 connection to your PC, the DI-1000L-Pro can provide you with automatically centered Analysis Reports and Summary Reports ...

Specifications

Accepted Fiber Diameter: 50-500um
DI-1000 Digital Inspector
Optimark Fiber Optics
The ergonomically-designed DI-1000 connects directly to your PC through the computer’s USB2.0 port. Powered by the USB connection, it features easy single finger focusing, a built-in image freeze/capture button, and detectable resolution to 0.5µm. The DI-1000 includes our free ConnectorView (standard) software, providing image ...

Specifications

Accepted Fiber Diameter: 50-500um
CI-1100 Connector Inspector
Optimark Fiber Optics
The eye-safe CI-1100 Connector Inspector is a portable video microscope used to inspect fiber optic connector endfaces for contamination. The handheld probe design makes it easy for users to inspect both patchcords and hard-to-reach in-adapter connectors. The CI-1100-A2 package includes a folding LCD monitor, 4 inspection tips, a ...

Specifications

Accepted Fiber Diameter: 50-500um
2201 Far Field Scanner
Photon Kinetics
The 2201 Far Field Scanner provides high speed, high dynamic range measurement of the mode field diameter and effective area of single-mode fibers and the numerical aperture of multimode fibers using direct far field scanning, the ITU reference technique. The 2201\'s measurement performance and flexibility is unrivaled. With a ...

Specifications

Accepted Fiber Diameter: 62-200um
F6222C CATV Optical Fiber Identifier
Wilcom Inc
The Wilcom family of Optical Fiber Identifiers are rugged, easy-to-use installation and maintenance instruments which identify live fibers by detecting the optical signals being transmitted through them. By utilizing non-destructive macro-bend detection (which does not damage or overstress the fiber), these units eliminate the need ...

Specifications

Accepted Fiber Diameter: 8-10um
F6222 Enhanced Optical Fiber Identifier
Wilcom Inc
The Wilcom family of Optical Fiber Identifiers are rugged, easy-to-use installation and maintenance instruments which identify live fibers by detecting the optical signals being transmitted through them. By utilizing non-destructive macro-bend detection (which does not damage or overstress the fiber), these units eliminate the need ...

Specifications

Accepted Fiber Diameter: 8-10um
F6121A Basic Optical Fiber Identifier
Wilcom Inc
The Wilcom family of Optical Fiber Identifiers are rugged, easy-to-use installation and maintenance instruments which identify live fibers by detecting the optical signals being transmitted through them. By utilizing non-destructive macro-bend detection (which does not damage or overstress the fiber), these units eliminate the need ...

Specifications

Accepted Fiber Diameter: 8-10um
he FV-3100 (FiberView) is Lightel\'s benchtop digital microscope designed for inspecting and capturing images of large core fiber. The large 1400µm x 1000µm Field of View enables inspection of fibers as large as 1mm, with digital zoom available for additional detail. FiberView can also be useful for 125µm fiber when it is important ...

Specifications

Accepted Fiber Diameter: 80-1000um
Field Of View: 1400 x 1000 um
Resolution: 0.5 um

Frequently Asked Questions

Fiber inspection tools are devices that allow you to visually inspect fiber optic connectors for any damage or contamination. They typically use either a magnifying lens or a video camera to provide a close-up view of the connector's end face, which is where the fiber core is exposed.

Fiber optic connectors are highly sensitive to even the smallest amounts of dust, dirt, or other contaminants, which can lead to poor signal transmission or even permanent damage. Regular inspection and cleaning of connectors can help ensure that your fiber optic system is operating at its full potential.

There are several types of fiber inspection tools available, including handheld microscopes, video microscopes, and fiber endface analyzers. Handheld microscopes typically provide a simple magnified view of the connector endface, while video microscopes offer the ability to capture and store images for further analysis. Fiber endface analyzers are more advanced tools that can automatically detect and measure contamination on the connector endface.

The type of fiber inspection tool you need will depend on your specific application and requirements. Consider factors such as the number of connectors you need to inspect, the level of contamination you need to detect, and your budget when selecting a tool. You may also want to consider factors such as ease of use and compatibility with your existing fiber optic equipment.

It is recommended to inspect your fiber optic connectors every time they are disconnected and reconnected, as well as periodically during use. The frequency of inspection will depend on your specific application and the environment in which your fiber optic system is operating.

No, fiber inspection tools are not designed for cleaning connectors. To clean a connector, you should use a specialized cleaning tool or wipe that is specifically designed for use with fiber optic connectors. After cleaning, you can use a fiber inspection tool to verify that the connector is clean and free of any contaminants.

There are 24 different Fiber Inspection Tools from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Fiber Inspection Tools with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Fiber Inspection Tools vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Fiber inspection tools are essential devices used to examine fiber optic connectors for any damage or contamination. These tools use magnifying lenses or video cameras to provide a close-up view of the connector's endface, where the fiber core is exposed. Fiber optic connectors are sensitive to even the smallest amounts of dust or dirt, which can result in poor signal transmission or permanent damage. Therefore, regular inspection and cleaning of connectors can help ensure that fiber optic systems are functioning efficiently. Several types of fiber inspection tools are available, including handheld microscopes, video microscopes, and fiber endface analyzers. Handheld microscopes provide a simple magnified view of the connector endface, while video microscopes allow capturing and storing images for further analysis. Fiber endface analyzers are more advanced tools that can automatically detect and measure contamination on the connector endface. Choosing the right fiber inspection tool depends on several factors, including the number of connectors to be inspected, the level of contamination detection required, and budget constraints. Fiber optic connectors should be inspected every time they are disconnected and reconnected, and periodically during use, depending on the application and environment.