OSRAM Opto Semiconductor    San Jose, CA 95134
May 22, 2012 Able to help simplify laser system design, SPL BKxx-40WFT series has bar width of 10 mm and cavity length of 4 mm and produces IR radiation in wavelengths from 915-1,020 nm. Efficiency of up to 65% at 200 W optical output power promotes extended operating lifetime of greater than 30,000 hr typ. These direct diode lasers are efficient laser light sources for fiber-coupled systems and are efficient alternative to carbon dioxide lasers.

Spectra-Physics, Inc.    Mountain View, CA 94043
May 16, 2012 Integrating green-pumped Scan Series optical-parametric oscillator and Quanta-Ray® pump laser, alphaScan(TM) aids tumor detection and cancer research. System delivers greater than 50 mJ of pulse energy in near infrared, useful for biological applications utilizing hemoglobin absorption region. With rapid-scan option, system can tune up to 100 nm between alternating pulses for simultaneous detection of 2 distinct markers, or differential absorption measurement of 2 wavelengths.

Newport Corp.    Irvine, CA 92606
May 09, 2012 Designed for stability, Spitfire® Ace(TM) Power Amplifier delivers 12+ W output at 5/10 kHz and 10+ W at 1 kHz repetition rate. Beam quality, with XP cavity, provides M2 less than 1.45 even at highest energy configuration. Also available, Inspire IR OPO, fully automated IR ultrafast optical parametric oscillator (OPO), tunes gap-free from 1,000-1,600 nm with high power and short pulse widths across full range. Design ensures stability and insensitivity to ambient temperature change.

ILX Lightwave Corp.    Bozeman, MT 59771 6310
May 08, 2012 Self-contained and portable, Model LRS-9580 calibrates fixtures, shelves, and measurement electronics for LRS-9550 High Power Laser Diode Life-test and Burn-in System. System can verify fixture temperature sensor measurement accuracy, laser diode voltage measurement accuracy, fixture trace resistance, current set point accuracy, control measurement modules, and temperature measurement accuracy. With ReliaCal System Software, up to 8 fixtures and 1 CMM can be calibrated simultaneously.

Newport Corp.    Irvine, CA 92606
May 08, 2012 Delivering single-mode TEM00 beam quality with M2 less than 1.1 and minimized optical noise, Millennia® Core(TM) green diode-pumped solid-state (DPSS) lasers deliver 25 W continuous wave (CW) 532 nm power. Single industrial-grade package integrates power supply, laser diodes, and optical cavity, promoting reliability and facilitating usage in demanding applications that can include ultrafast laser pumping, laser doping of solar cells, and materials processing.

New Focus, Inc.    San Jose, CA 95134
Apr 06, 2012 Providing precision control of laser pointing and position drift, GuideStar(TM) II includes 2 independent Picomotor(TM)-actuated mirror mounts for manual and active 4-axis control with passive stability. Two miniature CMOS cameras offer position sensing and continuous tracking of laser beam positions and profiles, while control algorithm ensures correct alignment of beam in both X and Y, and near- and far-fields. GuideStar II controller can be connected to cameras and Windows computers via USB.

Coherent Inc., Laser Group    Santa Clara, CA 95054-1112
Apr 03, 2012 Delivering over 24 W of output power at 355 nm, Paladin(TM) Advanced 355 24000 provides TEM00 beam with M² less than 1.2, beam pointing stability of less than 20 µrad/°C, long term power stability of less than ±2%, and low noise characteristics of less than 1% rms from 10 Hz to 2 MHz. Mode-locked, diode-pumped solid-state laser maximizes throughput in digital patterning of any-layer HDI PCBs employed in fabrication of miniaturized devices, such as smartphones and tablet PCs.

Carl Zeiss Microimaging, Inc.    Thornwood, NY 10594-1939
Mar 26, 2012 Suited for examination of samples where target structure is deeply buried under material layers, AURIGA® Laser combines advantages of AURIGA® CrossBeam (FIB-SEM) workstation with capabilities of pulsed micro-focus laser. Scanning laser is nanosecond pulsed, diode-pumped, solid-state laser operating at 355 nm. Retrieving target structure is achieved automatically, and laser is equipped with CAD software controlling scanner head to realize specific ablation patterns.

JP Sercel Associates, Inc.    Manchester, NH 03102
Feb 16, 2012 Utilizing Pico-second lasers at wavelengths ranging from 355-1,064 nm, IX-6168 Micromachining System provides precision machining, cutting, and hole drilling with minimized thermal effects. Pico-second laser systems deliver high peak energy intensity, resulting from short pulse duration, enabling lasers to maximize coupling with materials that are typically transparent to lasers with longer pulse widths. Applications can be found in LED, semiconductor, solar, and biomedical industries.

Multipix Imaging Ltd.    Bedford Road   United Kingdom
Feb 01, 2012 Able to achieve 16 µm line width at 120 mm working distance, InViso Micro from ProPhotonix suits applications requiring extremely thin laser lines. Output beam is referenced to flat mounting surface, ensuring beam is automatically aligned on installation. This consequently removes need for adjustments to ensure precise beam alignment. Also included, external focus mechanism preserves factory set alignment and bore sight settings when adjusting focus without use of complex tools.

Resonetics, Inc.    Nashua, NH 03063
Feb 01, 2012 Featuring S-155 sample cell with 155 x 105 mm working area, RESOlution DUV Laser Ablation System for LA-ICP-MS analytical instruments is available with range of sample holders, all with top-surface sample referencing. Holders can accommodate 15-26 mm samples and 12-13 mm standards, 3-165 mm long slots for 28-30 mm microscope slides, or any combination of above. With 38 mm headroom, S-155 minimizes condensation of ablated material on window for decreased element fractionation.

Intense    North Brunswick, NJ 08902
Jan 31, 2012 Delivering 30 W of output power from 200 micron core fiber with 0.15 or 0.22 numerical aperture, Series 8000 808 nm Modules meet demand for fiber or solid-state pumping systems used in defense, medical, and industrial applications. Devices are based on multi-emitter chip that incorporates narrow beam divergence and Quantum Well Intermixing technology to maximize power and brightness.

Intense Fabrication & Design    Brookfield, OH 44403
Jan 30, 2012 Series 8000 includes 793 nm high-brightness laser pump modules that deliver 10 W output power from 105 micron core fiber, 0.22 numerical aperture (NA). Designed for use as pump source for Thulium and Holmium pulsed laser systems, modules are based on 793 nm single emitter chip that incorporates narrow beam divergence and quantum well intermixing technology to maximize power, brightness, and reliability. Packages with 0.15 NA fiber options are available on request.

Spectra-Physics, Inc.    Mountain View, CA 94043
Jan 25, 2012 Featuring one-box design, Spirit(TM) provides more than 4 W output power and offers software-adjustable repetition rates from 50 kHz to 1 MHz. Laser delivers 400 fsec pulse widths with 20 µJ per pulse. With optimized beam characteristics and diffraction-limited TEM00 mode, amplifier is suited for applications ranging from micromachining of medical devices and other materials to nanostructuring, pump-probe experiments, and selected time-resolved science applications.

Digital Video Enterprises    rvine, CA 92612
Jan 24, 2012 Designed and built to requirements, DVE 3D CreateSpace(TM) collaboration room remotely hosts trainers and team leaders via DVE Immersive Podium. Viewers see transparent, holographic images of presenters standing at real podium and can look around their image. Used for 3D Content Creation/Collaboration/Visualization/Transmission, most turnkey total room solutions can be installed within days and are integrated with display, communication, and collaboration technology.

Laser Devices, Inc.    Monterey, CA 93940
Jan 23, 2012 Powered by CR123A lithium battery, Model DBAL-D2 is available with red or green visible laser pointer rated less than 5 mW, Class 1 IR laser pointer rated less than 0.7 mW, and adjustable focus Class 1 IR LED illuminator at less than 600 mW, which provides eye-safe means of illuminating distances up to 800 m. Manufactured from anodized aerospace aluminum, unit features high/low power modes, single adjustment windage/elevation mechanism, and momentary activation switch with double tap feature.

Laser Devices, Inc.    Monterey, CA 93940
Jan 20, 2012 Rated at less than 5 mW, GREEN Ultra Power Point(TM) Laser Pointer improves range (225 m max) and visibility in daylight and at night and promotes accelerated target acquisition. Rated less than 0.7 mW, Class 1 Eye-Safe IR Laser Pointer is designed for users equipped with night vision devices. Both options are intended for use with AR-2A laser system, which mounts directly to A-Frame front sight of AR-15/M-4 style rifles without requiring any rails.

Laser Devices, Inc.    Monterey, CA 93940
Jan 19, 2012 Designed to attach to pistols via several mounting interfaces, LAS/TAC 2 Class 1 IR Pistol Lasers feature ~0.1 mW IR laser module, making them eye-safe and unrestricted for individual civilian sale. Units are fully adjustable for windage/elevation and can attach/detach without realignment. Powered by two 3 V CR123A lithium batteries, lasers activate using 3-way lever switch with or without remote momentary pressure pad. Impact-resistant, glass-filled polymer housing is waterproof to 3 m.

Power Technology, Inc.    Little Rock, AR 72219 1117
Dec 14, 2011 Measuring 12.6 mm in diameter x 50.93 mm long, PM Visible Laser Diode Module incorporates single mode laser, single-element glass collimating optics or line generating optics, and power supply into single unit. With input voltage range of 6-8 Vdc, unit can deliver output power of 20 mW with wavelength of 515 nm. Optical output power and fine focus are adjustable. Laser is suited for applications on dark colored or pigmented skin and on red tissue.

LIMO    Dortmund   Germany
Nov 21, 2011 Generating illuminated ~165 x 3 mm² line with up to 95% homogeneity, L³ LIMO Line Laser® is suitable for scanning solar cells measuring 156 x 156 mm in size. High beam intensity minimizes exposure time, while wavelength of 790 or 808 nm facilitates spectral separation of laser beam and PL signal. Unlike electro-luminescence systems, PL is contact-free and thus destruction-free.