Patents and trademarks








LuxxMaster® products are based on a unique volume Bragg gratings [VBG®] technology [patents pending]. The White Papers in the Technology section describe the VBG® technology and its applications to telecommunication devices and to wavelength stabilization of high power laser diodes and diode arrays.


LuxxMaster® Wavelength Stabilized High Power Laser Diodes – Single Emitters
LuxxMaster® Wavelength Stabilized High Power Laser Diodes – Diode Arrays
LuxxMaster® Wavelength Stabilizers
LuxxMaster® Raman Boxx™
LuxxMaster® Packaging Services

 

LuxxMaster® Wavelength Stabilized High Power Laser Diodes – Single Emitters

Wavelength stabilized high power laser diodes feature significant improvements in the emission spectra characteristics in comparison with standard devices:

  • Central wavelength control: +/- 0.5 nm
  • Line width: < 0.5 nm
  • Thermal drift: < 0.01 nm/C

LuxxMaster® wavelength stabilization can be applied to laser diodes of any power or wavelength. Our standard products in the single emitter line are 1, 2 and 3 Watt diodes in C-mount, TO 3 and 9 mm can packages. Standard wavelengths are 785 nm, 808 nm, 938nm and 976 nm. Please inquire about the availability of other wavelengths.

The geometry and dimensions of LuxxMaster® stabilized diodes are comparable to standard high power laser diodes. LuxxMaster® stabilized diodes have many important applications, e.g., in diode pumping of solid state lasers, in spectroscopy and sensing, and in medical and military areas.

Butterfly Datasheet
LuxxMaster 785 nm Laser Datasheet
LuxxMaster 808 nm Laser Datasheet
LuxxMaster 938 nm(1W) Laser Datasheet
LuxxMaster 976 nm(1W) Laser Datasheet
LuxxMaster 976 nm(2W) Laser Datasheet

LuxxMaster Pigtailed Wavelength Stabilized TO-5 Laser
LuxxMaster Coaxial VBG Locked Package with Integrated Heat Sink



LuxxMaster® Wavelength Stabilized High Power Laser Diodes – Diode Arrays

LuxxMaster® wavelength stabilization can be applied to laser diode arrays of any power or wavelength. The improvement in the emission characteristics is the same as in the case of single emitters. The geometry and dimensions of LuxxMaster® stabilized diode arrays are comparable to standard diode arrays.

Our standard LuxxMaster® stabilized diode arrays include 20 and 40 watt devices emitting at 808 nm, 938 nm or 976 nm. Please inquire about other choices.

LuxxMaster 794.5nm (40W) Laser Array Datasheet
LuxxMaster 795 nm (40W) Laser Array Datasheet
LuxxMaster 808 nm (20W) Laser Array Datasheet
LuxxMaster 808 nm (40W) Laser Array Datasheet


LuxxMaster® Wavelength Stabilizers

We also offer our LuxxMaster® wavelength stabilizers as separate products. These come in sizes suitable for single emitters or in sizes suitable for diode arrays stabilization. Stabilizers for diode array stacks are also available. Furthermore, we provide detailed application notes for use of LuxxMaster stabilizers.

Standard wavelengths are 785 nm, 808 nm, 938 nm, and 976 nm. Custom wavelengths and sizes are available.

LuxxMaster Stabilizer
Application Notes


LuxxMaster® Raman Boxx

Raman spectroscopy is an ideal tool for chemical analysis due to its advantages over other analytical techniques. Since it is a non-destructive and non-contacting method of obtaining the unique spectrum of materials, requiring no sample preparation, it is most beneficial for Homeland defense applications. Typically, the laser source is the most expensive part of the system. Utilizing our patent-pending VBG® technology, the LuxxMaster® Raman Boxx™ provides an economical solution when you are looking for a smaller, more stable light source with a spectral bandwidth of less than 2 wave numbers.

785nm Raman Source


LuxxMaster® Packaging Services

Send us your laser diodes or laser diode arrays and stacks and we will attach our LuxxMaster® wavelength stabilizer to upgrade your products and make them unique in the market. We also provide fiber coupling services.


Any laser, any wavelength, any power, we can do it!
Just ask!



VBG® and LuxxMaster are trademarks of PD-LD, Inc.

 

Copyright PD-LD 2001. All Rights Reserved