The Vue-MV controller was designed for applications that use multiple high-powered discrete diodes.
With up to 15V compliance, the Vue-MV can easily control as many as 7 diodes in series at up to 10A.
Thanks to the Vue-MV's digital and analog interfaces, multiple controllers can be combined and operated either individually or as a group.

This makes the Vue-MV a perfect choice for fiber laser control.
Pulsed mode operation makes it an ideal controller for materials processing and medical applications.

The Vue-MV has all the attributes expected in an OEM controller - and more.
In addition to being compact, low cost and configurable, its extensive feature set allows it to be a bench top controller, a stand-alone system controller, or an embedded control component in a complex instrument.

The Vue-MC series of multi-channel laser diode controllers is designed to provide stable, low noise drive current for materials processing, burn-in, and pump applications.
Available with 8 channels at 6A per channel or 4 channels at 12A per channel, the Vue- MC series offers a reliable, cost effective solution in a compact 1U rack mount package.

Each channel has two independent light level inputs to monitor power or operate in constant power mode.

VueMetrix control software is designed to be intuitive and easy to use.
Operating in a WindowsTM environment the user can easily set operating points, diode current limits or choose between constant current and power modes with the intuitive, menu driven software.

The Vue-HCV high current controller for laser diode bars and stacks is the latest in the intelligent Vue-series of diode controllers from VueMetrix.
The Vue-HCV series are compact yet powerful, with drive currents up to 70A and compliance voltages up to 5V.
The compact size of the drive electronics makes the Vue-HCV ideal for OEM applications in solid-state laser pumping, materials processing, military and medical systems.

The unique design combines onboard firmware with a powerful user interface software package.
The firmware provides the OEM user a complete library of command functions as well as critical control algorithms and is the foundation of the WinVue graphical user interface.
WinVue software allows the user to
do more than just control the laser diode.
WinVue is equipped with tools to aid the researcher in R&D and production engineers in manufacturing.

The Vue-HC and HCT, high current drivers from VueMetrix are the first controllers to offer the performance of a bench top scientific controller with the size and attributes of an OEM controller.
The unique design combines onboard intelligence and firmware with a powerful user interface software package.

The Vueseries of drivers provide the precision and safety features required in a laser diode controller with microprocessor control and proprietary firmware.

The firmware provides the OEM user a complete library of command functions as well as critical control algorithms and is the foundation of the WinVue graphical user interface.

WinVue software allows the user to do more than just control the laser diode.
WinVue is equipped with tools to aid the researcher in R&D and production engineers in manufacturing.

The Vue-HV series of high compliance voltage controllers for laser diode bars and stacks are the latest in the intelligent Vueseries of diode controllers from VueMetrix.
The Vue-HV series drivers are compact yet powerful, with drive currents up to 120A and compliance voltages up to 48V.
The compact size of the drive electronics makes the Vue- HV ideal for OEM applications in solid-state laser pumping, materials processing, military and medical systems.

The unique design combines onboard firmware with a powerful user interface software package.
The firmware provides the OEM user a complete library of command functions as well as critical control algorithms and is the foundation of the WinVue graphical user interface.

WinVue software allows the user to do more than just control the laser diode. WinVue is equipped with tools to aid the researcher in R&D and production engineers in manufacturing.

Advances in DPSS optical cavity designs are driving the need for highly optimized diode controllers that can not only drive diode and crystal TECs, but also optimize the relationships between system output, laser diode current, laser diode temperature, and crystal temperature.
In the past, this optimization has been done manually, requiring significant time in manufacturing to measure parameters and adjust variables.
VueMetrix has designed a series of controllers that support optimization routines to automate and manage multivariable systems.

The inclusion of an embedded microprocessor and optional memory allows for a wide variety of routines to optimize the manufacture and operation of your system.

The results can be a significant cost savings during manufacturing and better long term stability of the DPSS laser.

VueMetrix has specialized in developing OEM controllers with single or multiple TEC's and a variety of diode currents. These controllers are available as a board, a minimally packaged unit, or as a complete, CDRH compatible, stand alone unit with a laser system key switch.

Since 1982, Sony is producing laser diodes for the CD-market.
In addition to optical disc laser diodes, Sony makes a broad lineup of laser diodes- everything from the ones in such industrial applications as bar code readers and red laser pointers to the ultra-high output ones in manufacturing and medicine.

Since 1982, Sony is producing laser diodes for the CD-market.


In addition to optical disc laser diodes, Sony makes a broad lineup of laser diodes- everything from the ones in such industrial applications as bar code readers and red laser pointers.

Pulsed Laser Diodes in Plastic Package.

Standard Pulsed laser Diode
• Pulsed Laser Diode: 4W 905nm
  
• NANOSTACK Pulsed Laser Diode: 75W 905nm
  
• Pulsed Laser Diode: 10W 850nm
  
• Pulsed Laser Diode: 25W 905nm

Hybrid Pulsed Laser Diodes with Integrated Driver Circuit
• Pulsed Laser Diode: 25W 905nm
  
• Pulsed Laser Diode: 70W 905nm
  
• Pulsed Laser Diode: 14W 850nm

Applications:
• Range finding
• Security
• Surveillance
• Illumination
• Ignition
• Test and Measurement

Unpackaged High-Power Laser Diode Bars (Dice).

• Laser Bar cw: 60-80W 808nm
• Laser Bar cw: 40-60W 910nm
• Laser Bar cw: 40-60W 980nm
• Laser Bar qcw: 100-120W 808nm

Applications:

• Medical
• printing applications

30W High Power Laser Diode Bar in TO 263 Package:The SIRILAS is an actively cooled high power laser diode module and specified for an optical continuous wave (cw) output power of 30 W and q-cw (quasi continuous wave) operation.


Due to a conversion efficiency of about 50% about the same power is generated as heat load!

Power Supply for SIRILAS
The power supply of SIRILAS laser diode has to be realised using a suitable laser diode driver, with controlled rise and fall times to reduce voltage transients.

Laser Diode in Metals Package: Discrete High-Power Laser Diodes in Metal Package for Continuous wave operation.

• Laser Diodes in TO-220 Package: 2W 940 & 808nm
  
• Laser Diodes in TO-220 Package with FC-Connector: 1.5W 940 & 808nm
  
• Laser Diodes on open heat sink: 2W 940,975,808nm - 0.5W 650nm

Applications:

• Pumping of solid state lasers (Nd: YAG, Yb: YAG...)
• Medical and dental applications
• Soldering, heating, illumination
• Free space data transmission
• Free space data transmission
• Testing and measuring applications

LDI's first ever 1550nm Multi-Junction Pulsed High Power Laser Diodes.

• Peak Power:Models CVLM57:25Watts/ CVLM2S573:40Watts/CVLM3S57:60Watts
• "Eye Safe"
• High Efficiency
• Stable output from -40oC to +85oC
• Single and stacked devices up to 60Watts
• Hermetic package
• RoHS Compliant

Applications:

• Rangefinding
• Surveying equipment
• Friend or foe identification

1550nm Pulsed Diode Lasers

• Eye safe
• High efficiency
• Stable output from -35°C to +65°C
• Single and stacked devices up to 40W
• Hermetic packages
• Custom packaging available

Applications:

• Rangefinding
• Surveying equipment
• 'Friend or Foe' identification

High Power Pulsed Laser Diodes-These pulsed lasers are available with up to 140W of peak power at either 850nm or 905nm. They offer a stable output power between -40°C and +80°C.

• High efficiency and low drive currents
• Stable output from -40°C to +80°C
• Single and stacked devices up to 140 Watts
• 850nm, 905nm, and 1550nm wavelengths
• Hermetic package
• Custom packaging available

Applications:

• Rangefinding
• Ceilometers (Cloud Height Measurement)
• Weapons simulation
• Optical fuses
• Surveying equipment

The Laser Diode Incorporated CWR 635 laser is a High Power multi-mode visible CW Laser (RoHS compliant) with a 100 µm emitting area.

• Output power 300mW
• High reliability
• Narrow spectral width
• Package configuration: 9mm /C-mount/Butterfly/ Mini-DIL

Applications

• Medical use in Photodynamic Therapy (PDT)
• Medical Therapeutics
• Imaging / Illumination
• Process Control

805nm - High Power CW Laser Diodes

• High brightness powers from 0.5W - 7 Watts
• Standard wavelength 805nm
• Wavelength selection to ± 5nm
• Internal TE cooler, monitor photodiode options
• Custom packaging, C-mount etc.
• Fibre pigtail options

Applications:

• Diode based medical systems
• Diode pumped solid state lasers
• Analytical equipment
• Illuminators
• Reprographics
• Laser initiated ordnance

Industrial Microphotonics Company specializes in high power laser diodes, typically over 20 watts, in the 780 nm to 1000 nm wavelength range.

They offer packaged and unmounted CW and Pulsed laser diode bars, lensed bars and arrays, fiber coupled modules, laser diode drivers, and related accessories.
Their standard product offerings are complemented by our desire and ability to meet specialized customer needs. IMC also offers a complete range of microphotonic device development and foundry services for advanced applications.

Reliable high power laser diodes demand exceptional attention to quality of manufacturing operations. IMC conducts comprehensive production lot verification testing including sample lot characterization, life testing, extended burn-in and catastrophic optical damage testing.