Lumibird

Lumibird manufactures a wide range of laser diodes and laser diode modules. Our offering includes QCW diode stacks, CW laser diode modules, fiber coupled QCW diode stacks, short pulse laser diode illuminators, as well as high brightness diode source, IALDA, and pulsed power supply drivers for QCW diodes.

Lumibird manufactures a large range of QCW diode stacks: conduction cooled or water cooled, dual linear stacked array, high temperature/multicolor stacked array, linear bar array, mini stacked array, fast axis collimated stacked array etc.

The large range of Lumibird pulsed nanosecond solid-state lasers includes diode-pumped models, from 5 mJ to 1.5 J at 1064 nm, from single pulse to 400 Hz. These lasers can be integrated into a system thanks to their compactness and robustness, or used as stand-alone devices. Several wavelengths are available, including 1.57 µm.

The Q-scan from Lumibird is a high resolution tunable nanosecond dye laser ranging from 200 nm to 4.5 µm. Dye cells are "plug & play" and non linear crystals are controlled via integrated look up tables for quick and easy scans.

Lumibird manufactures a unique range of CW and pulsed Erbium-Doped Fiber Amplifiers (EDFAs), available as turnkey benchtop instruments or in OEM modules.

Lumibird manufactures a large range of eye-safe lasers in the range of 1.5 µm, through different technologies. We obtain these wavelengths with DPPS OPOs, erbium-doped fiber lasers and diode lasers.

Lumibird manufactures an extensive range of mature and custom-designed optical fiber amplifiers and fiber lasers. High output powers are achieved through the use of double cladding fibers pumped by broad stripe diodes. Several varieties of pumping techniques are used each optimized for specific applications. Lumibird also develops key components for producing unique and innovative light sources.

Lumibird manufactures an extensive range of mature and custom-designed optical fiber amplifiers and fiber lasers. High output powers are achieved through the use of double cladding fibers pumped by broad stripe diodes. Several varieties of pumping techniques are used each optimized for specific applications. Lumibird also develops key components for producing unique and innovative light sources.

Lumibird manufactures various fiber-coupled laser diodes modules with compact design, high peak power up to 600 W and high coupling efficiency. Fibers are field replaceable.

Lumibird manufactures green lasers obtained by frequency doubling process, both on our pulsed fiber lasers and on our pulsed nanosecond solid-state lasers.

Lumibird manufactures high brightness diode sources generating up to 120 kW in one line at 940 & 980 nm and up to 250 kW at 880 nm. A driver is available in a separate rack or integrated to the source for the 100-kW version.

Lumibird manufactures an extensive range of mature and custom-designed optical fiber amplifiers and fiber lasers. High output powers are achieved through the use of double cladding fibers pumped by broad stripe diodes. Several varieties of pumping techniques are used each optimized for specific applications. Lumibird also develops key components for producing unique and innovative light sources.

Lumibird manufactures a wide range of high power lasers thanks to its expertise in three key technologies: pulsed solid-state lasers (nanosecond range), CW and pulsed fiber lasers and fiber amplifiers, and laser diodes. Various application areas are addressed, in industry (manufacturing, lidar sensors), science (laboratories and universities), medical (ophthalmology) and defense.

Lumibird manufactures a wide range of laser diodes and laser diode modules. Our offering includes QCW diode stacks, CW laser diode modules, fiber coupled QCW diode stacks, short pulse laser diode illuminators, as well as high brightness diode source, IALDA, and pulsed power supply drivers for QCW diodes.

Lumibird manufactures a wide range of laser diodes and laser diode modules. Our offering includes QCW diode stacks, CW laser diode modules, fiber coupled QCW diode stacks, short pulse laser diode illuminators, as well as high brightness diode source, IALDA, and pulsed power supply drivers for QCW diodes.

Lumibird labs (Bozeman, Montana, USA) are designed and well-equipped to meet international ISO standards by providing laser damage threshold tests (LIDT), laser damage certifications, optical density measurements, reflectivity, temperature, vibration, and specialty testing across a large spectrum of wavelengths varying from UV to far-IR.

Lumibird manufactures a wide range of lasers thanks to its expertise in three key technologies: pulsed solid-state lasers (nanosecond range), CW and pulsed fiber lasers and fiber amplifiers, and laser diodes. Various application areas are addressed, in industry (manufacturing, lidar sensors), science (laboratories and universities), medical (ophthalmology) and defense.

Lumibird offering in lasers for LiDAR is large, thanks to its expertise in several key laser technologies: diodes for ADAS, diode-pumped or flashlamp-pumped pulsed Nd:YAG lasers for atmospheric LiDAR, pulsed fiber lasers in turnkey benchtops or in OEM modules for wind LiDAR, 3D scanning or ADAS. Lumibird lasers are designed for use in harsh environment and are easy to integrate into systems.

The Lumibird CVFL-GIGA are frequency-converted ytterbium-doped fiber lasers emitting at a design fixed wavelength from 520 nm up to 590 nm. The design is composed by an all-fiber laser cavity emitting in the IR range and a frequency conversion module which converts IR laser to visible laser. These models are used in ophthalmology and dermatology.

Lumibird manufactures a wide range of nanosecond pulsed lasers thanks to its expertise in three key technologies: solid-state lasers, fiber lasers and fiber amplifiers, and laser diodes. Various application areas are addressed in industry (manufacturing, lidar sensors), science (laboratories and universities), medical (ophthalmology) and defense.

With the CVFL, CYFL and CEFL kilo models, Lumibird offers CW fiber lasers with very narrow linewidth down to 1 kHz. These single frequency lasers emits at 1054/1083 nm for the ytterbium version, in the 1.5-µm range for the erbium version and at frequency converted wavelengths for the CVFL model. These lasers are specifically designed for applications which require high precision such as LIDAR, atomic spectroscopy, or atom cooling.

Lumibird manufactures an extensive range of mature and custom-designed optical fiber amplifiers. Our CW models are used for atom cooling, free space communication or optical remote sensing etc., while our pulsed models are used for applications such as high peak power generation or wind sensing LiDAR. Lumibird also manufactures diode-pumped solid-state laser heads used as optical amplifiers.

Lumibird manufactures an extensive range of mature and custom-designed optical fiber amplifiers. Our CW models are used for atom cooling, free space communication or optical remote sensing etc., while our pulsed models are used for applications such as high peak power generation or wind sensing LiDAR. Lumibird also manufactures diode-pumped solid-state laser heads used as optical amplifiers.

The Peacock 532 is the first of a series of nanosecond optical parametric oscillators and pump lasers integrated on a single platform, which can be easily inserted into a complex system. Tunability from 680 nm to 2200 nm, up to 30 Hz, real time output energy control, fully automated, 19" rack mountable … all these features makes the Peacock a perfect tool for all demanding applications in the medical, biotechnology or medical fields.

Lumibird manufactures a wide range of nanosecond pulsed lasers thanks to its expertise in three key technologies: solid-state lasers, fiber lasers and fiber amplifiers, and laser diodes. Various application areas are addressed in industry (manufacturing, lidar sensors), science (laboratories and universities), medical (ophthalmology) and defense.

Lumibird nanosecond Q-switched Nd:YAG lasers are well known for their ruggedness and versatility. From 5 mJ to 2.3 J at 1064 nm, from single pulse to 400 Hz, they can be diode-pumped (compactness, ease of use) or flashlamp-pumped (high energy), and are available at 532 nm, 355 nm, 266 nm and 1.5 µm. Double pulse models are also proposed for applications in fluid mechanics (PIV).

The CRFL Raman fiber laser from Lumibird provides high output power, up to 20 W at 1455 and 1480 nm. Other wavelengths are available on request. The diffraction limited beam is unpolarized. The patented architecture is offering a high optical efficiency, high beam quality and a high power stability.

With the CVFL, CYFL and CEFL kilo models, Lumibird offers CW fiber lasers with very narrow linewidth down to 1 kHz. These single frequency lasers emits at 1054/1083 nm for the ytterbium version, in the 1.5-µm range for the erbium version and at frequency converted wavelengths for the CVFL model. These lasers are specifically designed for applications which require high precision such as LIDAR, atomic spectroscopy, or atom cooling.

Lumibird nanosecond Q-switched Nd:YAG lasers are well known for their ruggedness and versatility. From 5 mJ to 2.3 J at 1064 nm, from single pulse to 400 Hz, they can be diode-pumped (compactness, ease of use) or flashlamp-pumped (high energy), and are available at 532 nm, 355 nm, 266 nm and 1.5 µm. Double pulse models are also proposed for applications in fluid mechanics (PIV).

The Q-scan from Lumibird is a high resolution tunable nanosecond dye laser ranging from 200 nm to 4.5 µm. Dye cells are "plug & play" and nonlinear crystals are controlled via integrated look-up tables for quick and easy scans.

Lumibird nanosecond Q-switched Nd:YAG lasers are well known for their ruggedness and versatility. From 5 mJ to 2.3 J at 1064 nm, from single pulse to 400 Hz, they can be diode-pumped (compactness, ease of use) or flashlamp-pumped (high energy), and are available at 532 nm, 355 nm, 266 nm and 1.5 µm. Double pulse models are also proposed for applications in fluid mechanics (PIV).

The Lumibird CVFL-GIGA are frequency-converted ytterbium-doped fiber lasers emitting at a fixed design wavelength from 520 nm up to 590 nm.