Multimode Pump Laser Modules for DPSS Lasers

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BMU15/20-976S-01-R

II-VI's multimode single-emitter-based laser diode modules feature a wavelength-stabilized optical design that
significantly extends wavelength stability performance over a dynamic range of operating temperature and
output power. They enable ultrafast fiber lasers to operate with shorter pulses and achieve higher performance
stability, thus improving their productivity as well. The modules combine next-generation multimode laser diodes
with E2 front mirror passivation that prevents catastrophic optical damage (COD) to the laser diode facet. The
modules include a built-in feedback protection filter that shields the diodes from harmful feedback light from the
fiber laser.

Applications

  • Single-emitter-based laser diode module
  • Output power of up to 20 W
  • Narrow linewidth of <0.4 nm
  • 105 μm core 0.15 NA multimode optical fiber with 0.12 NA underfill
  • Hermetically sealed 2-pin package
  • Floating anode/cathode
  • High reliability
  • RoHS compliant

Features

  • Ultrafast fiber laser pumping
  • Supercontinuum generation
  • Medical
  • Analytical
  • Direct applications
BMU15/20/30-808C-02-R

II-VI's multimode single-emitter-based laser diode modules provide an increased power output that enables DPSS laser and direct system manufacturers to generate higher power with fewer modules. This in turn allows more compact pump configurations, greater pump block efficiency, and simpler packaging, thus reducing the footprint of DPSS laser pump stages. The modules feature next-generation multimode laser diodes with E2 front mirror passivation that prevents catastrophic optical damage (COD) to the laser diode facet even at very high power levels. The coupling process allows for high output power that is very stable with both time and temperature.

Applications

  • Single-emitter-based laser diode module
  • Increased output power of up to 30 W
  • 200 μm core 0.22 NA multimode optical fiber with 0.17 NA underfill
  • Hermetically sealed 2-pin package
  • Floating anode/cathode
  • High reliability
  • Fiber protection sleeve and SMA connector
  • RoHS compliant

Features

  • Solid-state laser pumping
  • Medical
  • Analytical
  • Direct applications
BMU30-976S-02-R

II-VI's multimode single-emitter-based laser diode modules provide a wavelength-stabilized function that significantly extends wavelength stability performance over a dynamic range of operating temperature and output power. They enable ultrafast fiber lasers to operate with shorter pulses and achieve higher performance stability, thus improving their productivity as well. The modules combine next-generation multimode laser diodes with E2 front mirror passivation that prevents catastrophic optical damage (COD) to the laser diode facet. The modules include a built-in feedback protection filter that shields the diodes from harmful feedback light from the fiber laser.

Features

  • Single-emitter-based laser diode module
  • Output power of up to 30 W
  • Narrow linewidth of <0.4 nm
  • 106.5 μm core 0.22 NA multimode optical fiber
  • Hermetically sealed 2-pin package
  • Floating anode/cathode
  • High reliability
  • RoHS compliant


Applications

  • Ultrafast fiber laser pumping
  • Supercontinuum generation
  • Medical
  • Analytical
  • Direct applications
BMU4-808/C-02-R01/R02

II-VI’s BMU4-808/C-02-R01/R02 multimode laser diode modules provide the high power and reliability required for pumping solid-state lasers and for direct applications. The modules combine a multimode laser diode chip with E2 front mirror passivation that prevents catastrophic optical damage (COD) to the laser diode facet even at very high power levels. The coupling process allows for high output power that is very stable with both time and temperature.

Features

  • High output power of 3.5 W minimum

  • 105 μm core 0.22 NA multimode optical fiber

  • Hermetically sealed 2-pin package

  • Floating anode/cathode

  • High reliability

  • Fiber protection sleeve and SMA connector

  • RoHS compliant

Applications

  •  Solid-state laser pumping

  • Medical

  • Analytical

  • Printing

BMU60/80-976S-02-R

II-VI's multimode single-emitter-based laser diode modules feature a wavelength-stabilized optical design that significantly extends the wavelength stability performance over a dynamic range of operating temperature and output power. They enable ultrafast fiber lasers to operate with shorter pulses and achieve higher performance stability, thus improving their productivity as well. Upgraded output power levels allow for compact pumping configuration, better pumping efficiency, and a simpler system design. The modules combine next-generation multimode laser diodes with E2 front mirror passivation that prevents catastrophic optical damage (COD) to the laser diode facet. The laser diodes are connected in series to allow for fast current switching. The modules include a built-in feedback protection filter that shields the diodes from harmful feedback light from the fiber laser.

Features

  • Single-emitter-based laser diode module
  • Output power of up to 80 W
  • Narrow linewidth of <0.4 nm
  • Wide operating temperature range of 20°C to 45°C
  • Hermetically sealed 2-pin package
  • Floating anode/cathode
  • 106.5 µm core 0.22 NA multimode optical fiber
  • Fiber laser feedback protection
  • High reliability
  • RoHS compliant


Applications

  • Ultrafast fiber laser pumping
  • Supercontinuum
  • Medical
  • Analytical
  • Direct applications
BMU7-808/C-02-R01/R02

II-VI’s BMU7-808/C-02-R01/R02 multimode laser diode modules provide the high power and reliability required for pumping solid-state lasers and for direct applications. The modules combine a multimode laser diode chip with E2 front mirror passivation that prevents catastrophic optical damage (COD) to the laser diode facet even at very high power levels. The coupling process allows for high output power that is very stable with both time and temperature.

Features

  • High output power of 7 W minimum

  • 200 μm core 0.22 NA multimode optical fiber

  • Hermetically sealed 2-pin package

  • Floating anode/cathode

  • High reliability

  • Fiber protection sleeve and SMA connector

  • RoHS compliant

Applications

  • Solid state laser pumping

  • Medical

  • Analytical

  • Printing

BMU80-976S-02-R

II-VI's new multimode single emitter based laser diode modules BMU80-976S-02-R have been designed to provide an increased power output enabling DPSS laser and direct system manufacturers to generate higher powers with fewer modules, allowing for more compact pump configurations, greater pump block efficiency and simplification of packaging. Its compact design reduces the footprint of DPSS laser pump stages.

The module features a new generation of multimode laser diodes with E2 front mirror passivation that prevents Catastrophic Optical Damage (COD) to the laser diode facet even at very high power levels. The coupling process allows for high output powers that are very stable with both time and temperature.

Applications

  • Ultrafast fiber laser pumping
  • Supercontinuum
  • Medical
  • Analytical
  • Direct applications

Features

  • Single emitter based laser diode module
  • Output power up to 80W
  • Narrow linewidth of <0.4nm
  • 0.15NA 105μm core multimode optical fiber with 0.12NA under-filling
  • Hermetically sealed 2-pin package with floating anode/cathode
  • High reliability
  • RoHS compliant 

 

 

BMU60/80-808C-02-R

II-VI's multimode single-emitter-based laser diode modules provide an increased power output that enables
DPSS laser and direct system manufacturers to generate higher power with fewer modules. This in turn allows
for more compact pump configurations, greater pump block efficiency, and simpler packaging, thus reducing the
footprint of DPSS laser pump stages. The modules combine next-generation multimode laser diodes with E2
front mirror passivation that prevents catastrophic optical damage (COD) to the laser diode facet, even at very
high power levels. The coupling process allows for high output power that is very stable with both time and
temperature.

Features

  • Single-emitter-based laser diode module
  • Increased output power of up to 80 W
  • 200 μm core 0.22 NA multimode optical fiber
  • Hermetically sealed 2-pin package with
  • Floating anode/cathode
  • Fiber protection sleeve and SMA connector
  • High reliability
  • RoHS compliant


Applications

  • Solid-state laser pumping
  • Medical
  • Analytical
  • Direct applications
BMU70-9xx-02-R

II-VI's multimode single-emitter-based laser diode modules provide an increased power output that enables fiber
laser and direct system manufacturers to generate higher power with fewer modules. This in turn allows more
compact pump configurations, greater pump block efficiency, and simpler packaging, thus reducing the footprint
of fiber laser pump stages. The modules combine next-generation multimode laser diodes with E2 front mirror
passivation that prevents catastrophic optical damage (COD) to the laser diode facet. The laser diodes are
connected in series to allow for fast current switching. The modules include a built-in feedback protection filter
that shields the diodes from harmful feedback light from the fiber laser.

Features

  • Single-emitter-based laser diode module
  • Output power of 70 W
  • 106.5 μm core 0.22 NA multimode optical fiber
  • Hermetically sealed 2-pin package
  • Floating anode/cathode
  • Fiber laser feedback protection
  • Standard wavelengths at 915, 940, and 975 nm
  • High reliability
  • RoHS compliant


Applications

  • Fiber laser pumping
  • Direct applications
  • Materials processing
  • Medical
BMU15/20-976S-01-R
II-VI's multimode single-emitter-based laser diode modules feature a wavelength-stabilized optical design that significantly extends wavelength stability performance over a dynamic range of operating temperature and ... Read More
BMU15/20/30-808C-02-R
II-VI's multimode single-emitter-based laser diode modules provide an increased power output that enables DPSS laser and direct system manufacturers to generate higher power with fewer modules. This in turn allows more compact pum... Read More
BMU30-976S-02-R
II-VI's multimode single-emitter-based laser diode modules provide a wavelength-stabilized function that significantly extends wavelength stability performance over a dynamic range of operating temperature and output power. They ... Read More
BMU4-808/C-02-R01/R02
II-VI’s BMU4-808/C-02-R01/R02 multimode laser diode modules provide the high power and reliability required for pumping solid-state lasers and for direct applications. The modules combine a multimode laser diode chip with E2 fro... Read More
BMU60/80-976S-02-R
II-VI's multimode single-emitter-based laser diode modules feature a wavelength-stabilized optical design that significantly extends the wavelength stability performance over a dynamic range of operating temperature and output power. They enable ... Read More
BMU7-808/C-02-R01/R02
II-VI’s BMU7-808/C-02-R01/R02 multimode laser diode modules provide the high power and reliability required for pumping solid-state lasers and for direct applications. The modules combine a multimode laser diode chip with E2 fro... Read More
BMU80-976S-02-R
II-VI's new multimode single emitter based laser diode modules BMU80-976S-02-R have been designed to provide an increased power output enabling DPSS laser and direct system manufacturers to generate higher powers with fewer module... Read More
BMU60/80-808C-02-R
II-VI's multimode single-emitter-based laser diode modules provide an increased power output that enables DPSS laser and direct system manufacturers to generate higher power with fewer modules. This in turn allows for more compact pu... Read More
BMU70-9xx-02-R
II-VI's multimode single-emitter-based laser diode modules provide an increased power output that enables fiber laser and direct system manufacturers to generate higher power with fewer modules. This in turn allows more compact pump ... Read More
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