• Attenuation
  • Cut-off Wavelength
  • Effective Area
  • Mode Field Diameter
  • Numerical Aperture
  • Final Quality Control
  • Multicore
  • Hollow-core
  • Polarization Maintaining
  • Rare Earth Doped
  • Multiple Cladding

2300 Fiber Analysis System

The new industry standard for spectral loss and geometry

Full Description

For over 30 years, Photon Kinetics' 2200 Fiber Analysis and 2400 Fiber Geometry Systems have been considered the industry standards for single-mode spectral loss (e.g. cut-off wavelength) and fiber geometry characterization. The new 2300 Fiber Analysis System is the first optical fiber test instrument to combine these two critical measurements on the same test station. The resultant elimination of redundant fiber preparation and handling alone enables fiber and cable manufacturers to reduce the time and expense associated with these "short fiber" measurements by more than 50 %. The 2300's higher data acquisition speed provides additional cost reduction and test station throughput. The 2300 is available in a variety of configurations including the combined spectral loss and geometry system, as well as specialized spectral loss or fiber geometry systems. A comprehensive line of measurement options is available to extend the capability of all three configurations including extended wavelength range, numerical aperture capability for multimode fibers, plus geometry characterization of several types of specialty fibers. Recently added capabilities include multicore, hollow-core and active fiber measurements.

Capabilities

Fiber Glass Geometry
Fiber Geometry
Spectral Attenuation
Spectral Attenuation
Cut off Wavelength
Cut-off Wavlength

Request a Quote

Request a Quote

Address

Features & Benefits

Cut-off wavelength and geometry at one test station

  • Eliminates redundant fiber handling, cutting overall measurement time by more than 50%

High speed data acquisition

  • Provides additional reduction of measurement time and expense

Configurable optical platform with a family of measurement options

  • Allows you to obtain the optimal test system for their specific requirements
  • Enables characterization of multimode fibers and several types of specialty fiber

PKSL Software Application/Test Wizard

  • Provides step-by-step test creation of test scripts
  • Allows customization of tests scripts to address your specific requirements
  • Simplifies translation of test menus/instructions into local language

Innovative, ergonomic fiber handling tools

  • Speeds fiber cleaving process, offcut disposal
  • Reduces fiber loading and layout time

Key Specs

Geometry and Cut-off Wavelength

Time
15 seconds

Geometry, Cut-off Wavelength and Cutback Attenuation

Time
30 seconds

Geometry, Cut-off Wavelength and Cutback Attenuation, Mode Field Diameter (2λ)

Time
60 seconds
Post-draw Final Quality Control Multicore

2302 Coating Geometry System

  • Fiber Manufacturing
  • Next Gen & Specialty Fibers
Post-draw Final Quality Control Multicore

2311 Fiber Curl System

  • Fiber Manufacturing
  • Next Gen & Specialty Fibers
Mode Field Diameter Numerical Aperture Post-draw

2314 Far Field Scanner

  • Fiber Manufacturing
  • Next Gen & Specialty Fibers

Let’s talk

Solutions include optical fiber preform analyzers and test systems for characterizing the geometric and transmissive properties of fibers, as well as fiber handling and other test automation products that help minimize both measurement time and cost.