Single Bar Diode Laser Series - China

Single Bar diode laser series

Wavelength: 792, 808, 825, 880, 915, 940, 976, 1470, 1550nm

CW output power: 15, 20, 40, 50, 60, 80, 100, 120W

QCW output power: 100, 150, 200, 250, 300W

Options:

Conduction Cooled Single Bar Diode Laser ( CW or QCW)

Hard Solder Conduction Cooled Single Bar Diode Laser ( CW or QCW)

Micro- Channel Water Cooled Single Bar Diode Laser ( CW or QCW)

Company Contact:

• Posted By: resourcesphotonics

• Phone: 862883282546802

• Address: Floor 4 of Building 6, No. 8 Kexin Road, Hi-Tech Z, chengdu , China

• Email:

• Business Description: Resources Photonics is a leading provider of the microwave
  
  communication components and optoelectronics components in China.
  
  The
  
  microwave communication components cover the circulator, isolator,
  
  filters, duplexers & multiplexers, combiners & power splitters,
  
  directional couplers, bridge and RF passive components etc.
  
  and are
  
  widely used in radar, electronic warfare, aviation, navigation, radio
  
  and television equipment, mobile communication base station
  
  construction, and microwave communications such as indoor coverage of
  
  military and civilian communications market.
  
  The optoelectronics
  
  componen ts cover 650/808/940/980nm single laser diodes, 808/980nm laser
  
  diodes stacks, 405/650/808/830/980nm fiber coupling laser diodes,
  
  InGaAs PIN/APD TO, Si PIN TO photodiodes etc.
  
  and are widely used in
  
  industrial and medical fields.
  
  We have a professional and experienced technical group.
  
  They are willing to design and manufacture various products and customized according to requirements of customer.
  
  All production must be 100% and strictly test to ensure their functionality, reliability, security and durability before shipment.
  
  Add: Floor 4 of Building 6, No.
  
  8 Kexin Road, Hi Tech Zone, Chengdu, 611731, China
  
  Tel: +86 28 83282546 Ext 802 Fax: +86 28 83282546 Ext 808
  
  E mail: sales@resourcesphotonics.
  
  com tech@resourcesphotonics.
  
  c om www.
  
  resourcesphotonics.
  
  co m