Lasers

Blue Laser Diodes are ideal for micro-projectors.

Blue Laser Diodes are ideal for micro-projectors.

Housed in optimized TO38 package, Blue Laser Diode offers 0.9 W/A efficiency and blue light visibility, suited for micro-projectors that can be integrated into mobile devices such as cell phones and digital cameras. Measuring 3.2 mm in height, diode has wavelength of 450 nm, output of 50 mW, and voltage of 5.5 V.

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Diode Lasers feature wavelength stabilized technology.

Available at stabilized wavelengths of 808, 940, 976, or 981 nm, Fiber-Coupled Diode Lasers range from 25 W output from 200 Â-µm fiber core diameter to 400 W output from 400 Â-µm fiber core diameter. With narrow line width of less than 0.5 nm at full width half maximum, typical wavelength-temperature drift is 0.01 nm per Kelvin. Units are suited for customers that demand spectral...

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Fiber-Coupled Diode Laser Modules enable unpolarized output.

With degree of polarization at less than 0.1, Fiber-Coupled Laser Modules are suited for OEM pumping applications. Units are available up to 40 W at 808, 880, 915, 940, and 980 nm with numerical aperture of 0.22 from 400 Â-µm core fibers. Measuring less than 100 x 31 x 20 mm, package provides wall plug efficiency greater than 35%. Modules typically operate at 55 A with compliance voltage of...

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Laser Center offers automatic material handling.

Featuring integrated loading, sorting, and stacking, LC6 coordinate table laser center delivers material handling flexibility for fabricators of laser cut components. It automates material flow, even for complex nests, and clamp setting is programmable to eliminate dead zones. Along with sheet positioning, integrated components include Rofin Sinar 2,500 W diffusion-cooled CO2 SLAB laser, optional...

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High-Power Laser delivers over 200 mW of power.

New Focus(TM) SWL-7513-H laser is designed to target process Raman spectroscopy and interferometric metrology, where high power, narrow linewidth, and long coherence length are critical, and can address industrial applications such as quality control, chemical analysis, and security. The laser can be produced at range of wavelengths to meet customer demand, and has been tailored to reach Raman...

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Fiber Lasers operate in green spectrum range.

At output wavelengths of 532 nm, pulsed 10 W green fiber laser and continuous wave (CW) 15 W green fiber laser deliver optimal single-mode beam quality. Both provide scalable average output power up to 10 W, pulse duration of 1 ns only, and frequency of 50-600 kHz. Featuring M2 of less than 1.2, green pulsed laser includes collimator and narrow line width. Single-frequency CW green fiber laser...

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Fiber Laser are suited for multi-kW systems.

OEM fiber lasers can be used as standalone devices or incorporated into high-power laser systems for cutting and welding applications within industrial macro market. Available with 400 W output using single emitter integrated pump diodes, products can be supplied with collimated output optics or bare fiber output for integration with either bulk optic or fiber based beam combining technologies....

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Bookham Introduces 25W Multi-Emitter Fiber Laser Pump Module

SAN JOSE, Calif., Jan. 27 /-- Bookham, Inc. (NASDAQ: BKHM), a provider of optical components for industrial applications, has launched a high power multi-emitter pump module capable of delivering 25W out of a 105um fiber with 0.15NA. The product meets fiber laser manufacturers' demands for increased output power and brightness, compact pump configurations, and reduced overall system cost. The...

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Fiber Coupled Laser Diodes deliver up to 4 W.

Suited for eye-safe thulium-doped fiber pumping applications, Series 8000 793-MFP delivers up to 4 W of CW output power from 100 Â-µm core 0.22 NA fiber at wavelengths in 793 nm region. Units are integrated in standard mini fiber package, and are also available in free space configuration on C-mount with FAC-lens and on isolating sub-mounts. Diodes are used in defense and aerospace...

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Precision Laser is optimized for mechanical stability.

Along with stability optimized via magnetic damping and StarFlex motion actuation, Vortex(TM) II exhibits frequency stability, minimal susceptibility to vibrations, and narrow linewidth to meet demands of atomic spectroscopy and laser locking communities. Design also results in reduced mechanical susceptibility, which increases stability without feedback.

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