Series:2213 Series

  Product Description

  2213-75TSLKTB JDSU air-cooled argon ion laser head

  Function

  Generating argon ion laser

  Purpose

  Fiber optic communication

  Optical processing

  Medical

  Scientific research

  Features

  75mW output power

  Air cooling and heat dissipation

  Single mode fiber output

  Wavelength:488nm

  Product Description

  2213-75TSLKTB JDSU air-cooled argon ion laser head is an air-cooled argon ion laser head with an output power of 75mW.It adopts air-cooled heat dissipation method and outputs single-mode fiber with a wavelength of 488nm.

  Main functions

  ·Integrated mirror with metal ceramic structure for hands-free operation

  ·Ultra low noise.Quick preheating

  ·Sturdy structure.Vibration isolation

  Super stable resonator and beam pointing

  JDSU's air-cooled argon laser is designed for complex,high-resolution OEMap applications such as flow cytometry,DNA sequencing,graphic arts,and semiconductor detection.

  The symmetrical design at the top of the cylindrical argon ion laser and the axial airflow provide the best mechanical packaging to ensure optimal beam pointing stability and rapid preheating.Due to strict optical and mechanical tolerance production control,initial installation and daily maintenance are both direct.By using flexible pipes between the laser head and blower components,the mechanical vibration caused by the blower is effectively eliminated.

  Application

  ·DNA sequencing

  ·Flow cytometry

  ·Confocal microscope

  ·Semiconductor detection hematology

  ·High speed printing-photo processing

  The 2213-75TSLKTB JDSU air-cooled argon ion laser head adopts a modular design for easy installation.There is a laser output port and a power interface on the front panel of the laser head.

  Product parameters

  Output power:75mW

  Wavelength:488nm

  Fiber optic output:single-mode

  Heat dissipation method:air cooling

  Product specifications

  Size:100mm x 100mm x 50mm

  Weight:1kg

  Application field

  Fiber optic communication

  Optical processing

  Medical

  Scientific research