banner00

Amplifier

Form 1.0μm to 1.6μm, from mW to several 10W,CW or Pulsed

banner00-1

From visible to near-IR, from several W to kW, and CW and Plused

banner00-1
Telecom

Full range of optical telecommunication products

banner00

Light Source

From single band to broadband, from CW to Pulsed, from single-frequency to
multi-frequency

previous arrow
next arrow
Home / Product / Laser / CW Laser / Erbium CW Fiber Laser Unit
Erbium CW Fiber Laser Unit

The architecture allows keeping the seeder properties whatever the output power, are available CW output power up to 30W with a random or linear polarization.

GIP Technology Erbium CW Fiber Laser Unit (LAS-EFL-00-LP-U), which architecture allows keeping the seeder properties whatever the output power, are available CW output power up to 30W with a random or linear polarization. The LAS-EFL-00-LP-U fiber system embedded several isolators to ensure stability and security versus backlight reflection.

The LAS-EFL-00-LP-U do not need replacement parts and requires only a 110/220V AC power source (or DC voltage) to generate the 1.5um CW laser. It can be used in the components, atom trapping, optical tweezers or sub-assembly manufacturing as well as research and development (R&D) environments.

In addition, these units also provide a user-friendly status monitoring via an LCD display, LED indicators, and various communication interfaces (RS232).

  • MHz, GHz and THz linewidth are available on request
  • Build-in isolator
  • Random or linear polarization
  • Front panel LCD display and status LED indicators for quick access of unit’s status
  • RS-232 or Ethernet interface for remote supervision.
  • Holography & interferometry
  • Atom trapping
  • CW Mid-IR OPO pumping
  • High Resolution CW Spectroscopy
  • Fiber sensing
GIP Technology Brightening Your Solution
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.