Apollo Instruments, Inc. Home Page | Manufacturer of laser diode products and devices. Products include fiber-coupled and collimated modules, turnkey systems, drivers, fiber laser systems, fiber laser pumps, and pump sources. Our products can be customized and delivered with optical lens assemblies and fiber assemblies to meet application needs. Call for free optics and laser diode consultation."

Fiber-coupled &
collimated laser diode devices & systems

Featuring:

Custom Wavelength
High Power
High Brightness
Detachable Fiber
Superior beam quality
High quality optics for focusing, collimation

Get the perfect pump source for high power fiber lasers:

1kW collimated or fiber-coupled pump source
for kilowatt level fiber laser systems

	Choose from our standard product line or request a highly customized device. Our engineers are always happy to provide solutions that satisfy your application needs.


		Apollo Instruments, Inc. is a global leader in today's laser diode market. The advanced beam-shaping techniques developed at Apollo Instruments for laser diode arrays can substantially maintain the brightness while increasing power output by beam combination. The laser diode products based on this technology can be used for an array of applications including material processing and medical research. The diode sources are highly suitable for solid-state laser pumping. Kilowatt fiber laser systems have also been demonstrated with Apollo Instruments' laser pump modules.
		Our products press the limit of today's power and brightness levels together with superior performance, high availability, customer application considerations, and system flexibility. Ranging from collimated and fiber-coupled modules to user-friendly turnkey systems, the award winning technology allows great flexibility in system configuration. We help in optical and system designs so that the lasers are made to best fit your application needs. We also provide a number of standard and custom optics to use with our lasers.

New Products

Diode Laser Bars

Long lifetime
High power
Fast delivery time
CW mode / QCW mode
Demonstrated for high quality
Harsh environment application

Single Emitter Laser Diode Bars - C-mount and F-mount

Single Emitter
C-mount & F-mount
0-10 W , 635-1550 nm

Passive Conduction Cooled Single Laser Diode Bars and Stacks

Passive Cooled
Single bar & Vertical stack
0-250 W , 792-1550 nm

Active Cooled Single Laser Diode Bars, Vertical Stack, and Horizontal Stack

Active Cooled
Single bar
Vertical & horizontal stack
0-250 W , 808-980 nm

100W-10kW FC-series FCLD Systems 0.1-1mm fiber CW or modulated Back reflection resistant
	1kW Fiber-coupled 1.5KW, 976nm, NA 0.46 Fiber laser pump source 20/400 (double cladding fiber) Ready for splicing Tap water-cooled	30W Fiber-Coupled Solid-state laser pump Cost effective High reliability / Long lifetime Compact	3kW Focused Spot Uniform beam spot Cost effective Compact
>10kW Fiber-coupled Simple to scale High flexibility Tap water cooling		High Power & High Brightness 250W 0.1mm Fiber 1kW 0.2mm Fiber

	Direct Diode Laser Applications
			The unprecedented high brightness of Apollo's laser devices make it possible to use direct diode lasers for many industrial and academic applications. Even with low-power output, Apollo's high-brightness devices can be used for laser marking, metal cutting, cladding, welding, and silicon wafer processing. The flexibility of wavelength selection and beam shape selection have provided unique solutions to our customers. The enabling technology also allows for significant cost reduction. F40-915-1 model was used for applications shown in the video.

	News Release
	10/20/2011	[ New Product Line Release ] Apollo Instruments released their new product line of laser diode bars and single emitters. The diode bars have been demonstrated to be of high quality and can be purchased with a fast delivery time.
	10/13/2011	[ New Product Release ] 250W output power from 0.1mm fiber and 1kW output power from 0.2mm fiber
	01/21/2010	[ Application ]NASA uses Apollo Instruments' laser diode modules to profile atmospheric water vapor
	03/25/2009	Apollo Instruments receives a Department of Defense SBIR/STTR grant for a project entitled: High Power Pump Couplers for High Energy Fiber Lasers.
	10/16/2008	[ Application ]Colorado School of Mines uses Apollo's fiber-coupled module and focusing optic to perform multifocal nonlinear microscopy.
	12/17/2007	[ Application ] Apollo Instruments' high-brightness devices were found to be highly effective in high-speed laser marking and sheet metal cutting applications.
	10/18/2007	[ Application ] Stanford University uses Apollo's fiber-coupled module to research Yb:YAG master oscillator power amplifier for remote wind sensing using
	03/08/2004	[ Application ]TSC uses Apollo Instruments laser diode module to provide power and data to satellites
	2004	[ Application ]The University Health Network uses Apollo's fiber-coupled module to study cancer treatment
	02/04/2003	[ Award ] Apollo Instruments' F40-xxx-1 Fiber Coupled Laser Diode receives the Laurin Publishing's Photonics Circle of Excellence Award of 2003.
	06/06/2002	[ New Product Release ] F30-xxx-1, 30W output from 0.1mm fiber
	05/20/2002	Brightness over 2MW/cm achieved!
	03/15/2001	New Contract Award from the Department of Defense
	01/2001	[ Award ] Apollo's fiber-coupled devices wins 2001 commercial advanced technology award.


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