Photodiode-preamplifier
The blue/green enhanced, 6 mm2 photodiode-preamplifier ODA-6WB-500M is designed for fluorescence detection and low-light-level medical diagnostic applications. With a sensitivity response at 450 nm, typically 140 V/µW (min. 100), the detector operates between 400 and 1100 nm, with peak spectral frequency at 940 nm. It has a transimpedence gain of 500 MΩ.Opto Diode, Newbury Park, CA
[email protected]
CCD image sensors
Eastman Kodak, Rochester, NY
[email protected]
Photovoltaic isolation workstation
Newport, Irvine, CA
www.newport.com
CW laser
Cobolt, Stockholm, Sweden
[email protected]
Collimated laser modules
High-power collimated laser modules are available with either fixed collimation optics, which are preset for customers’ application requirements, or adjustable collimation optics, enabling the customer to fine-tune the laser optics. Laser modules with 300 mW output at 635 nm (ML1794) or 500 mW output at 1550 (ML1533) are available for both options.
Modulight, San Jose, CA
[email protected]
Design software
NLight, Vancouver, WA
[email protected]
Spectroradiometer software
Orb Optronix, Kirkland, WA
[email protected]
Projection SMT LED
Osram, Santa Clara, CA
www.osram-os.com
Laser diode
Photonic Products,
Hatfield Broad Oak, England
[email protected]
Piezo stages
PI (Physik Instrumente), Auburn, MA
[email protected]
High-temperature 635 nm laser
A 635 nm CW power laser produces 600 mW at 18°C and 450 mW at 45°C. The high-temperature laser runs at room temperature without burnout or degradation. No hermetic chamber is needed, so there are no moisture-buildup concerns. Packaging options include C-mount, 9 mm, TO-3, and Q-mount. Lifetime is more than 1300 hours.
PLT Technology, Santa Barbara, CA
[email protected]
Camera system
Princeton Instruments, Trenton, NJ
www.princetoninstruments.com
Diode-laser module
The Ultra-600 diode-laser module features on-chip Brightlock internal grating and Brightlase technology, for higher power and improved spectral brightness from six 100 or 200 µm core optical fibers for Yb, Er:Yb, and Tm fiber-laser pumping. Total output power of more than 300 W CW is available at 976 ±1.5 nm in less than 2 nm bandwidth and 450 W CW is provided at 792 ±3 nm.
Pro-Lite, Cranfield, England
[email protected]
DPSS YAG laser system
Quantel USA–Big Sky Laser, Bozeman, MT
[email protected]
Optical-tweezing fiber laser
The Manlight OTS (optical-tweezing source) is a narrow linewidth, compact CW fiber laser delivering output powers up to 20 W with a near diffraction limited beam (M2 better than 1.1). Patented injection technology allows the use of broad area laser-diode pumps for maintenance-free operation. An all-fiber design eliminates alignment and stabilization issues.
RPMC, O’Fallon, MO
[email protected]
Photonic-component design software
Photonic Component Design Suite 8.1 now includes an updated Material Editor and database, a Solar Cell Utility, and a Multi-Physics Utility that can include effects from electrodes, heaters, stress and carrier effects. The software is intended for photonic-design applications, including emerging photovoltaic thin films and polymer technologies.
Rsoft Design Group, Ossining, NY
[email protected]
Linear arrays
Sensors Unlimited/Goodrich,
Princeton, NJ
www.sensorsinc.com
Gated image-intensifier systems
Specialised Imaging, Herts, England
[email protected]
Joulemeters
Spectrum Detector, Lake Oswego, OR
[email protected]
Pulsed fiber laser
An ST (Superior Temperature) variant of the G3 20 W pulsed laser can operate in ambient environments up to 43°C. Designed for use in hot climates, the laser provides 21 W and is specified to give more than 20 W under all environmental conditions. Applications include general marking, micromachining, and engraving.
SPI Lasers, Southampton, England
www.spilasers.com
Spectrometers
StellarNet, Tampa, FL
[email protected]
Lens test bench
Wells Research and Development,
Lincoln, MA
[email protected]
Single-wavelength laser controller
The SWL-7500 single-wavelength laser controller measures 5 × 4 × 1.5 in. and is designed for Raman spectroscopy, metrology, and interferometry applications. It provides narrow linewidths, uses a quiet switching power supply or can be run on +5 V power input, and has a GUI with RS-232 or USB connectivity.
Bookham, San Jose, CA
[email protected]
GigE camera
Adimec, Eindhoven, The Netherlands
www.adimec.com
White-light interferometer/SPM
The Q-View white-light interferometer/SPM system uses optical-profiler technology to render and measure a 500 µm area in a few seconds. In SPM mode, the fully integrated system characterizes surface structures at the subangstrom level.
Ambios Technology, Santa Cruz, CA
www.ambios.com
Fiber-coupled laser diodes
Apollo Instruments, Irvine, CA
[email protected]
Software for Raman spectrometer
Designed for use with the company’s portable Raman spectrometer, BWID material identification software is designed to rapidly identify or verify materials based on user-built or third-party spectral libraries. Raman spectra can be acquired through transparent packaging materials to confirm content at the molecular level.
B&W Tek, Newark, DE
[email protected]
GigE camera
Basler Vision Technologies,
Ahrensburg, Germany
[email protected]
GigE camera
Baumer, Southington, CT
[email protected]
OEM UV laser
Coherent, Santa Clara, CA
[email protected]
Modeling/simulation software
Multiphysics 3.5 is an engineering and scientific software environment for modeling and simulating any physics-based system. The new version provides Parasolid file format support, a bidirectional Autodesk Inventor interface, new solvers, coding, usability enhancements, and revised implementation.
COMSOL, Burlington, MA
[email protected]
GigE Vision camera
The Genie C1600 and Genie M1600 cameras feature a 2-megapixel sensor and are suited for industrial imaging applications. The GigE Vision–compliant Genie 1600 has a 1/1.8 in. Sony ICX274 CCD sensor (8.923 mm diagonal) and is available in color (C1600) and monochrome (M1600) versions running at 15 frames/s.
DALSA, Waterloo, Ontario, Canada
www.dalsa.com
Conductive coatings with EMI shielding
Deposition Sciences, Santa Rosa, CA
[email protected]
Lateral-displacement polarization beamsplitter
A lateral-displacement polarization beamsplitter produces two parallel output beams, separated by a lateral displacement. The beamsplitter consists of one or two rhomboid prisms cemented to a right-angle prism. A waveplate can be added to manage the polarization state of the output beams. Parallelism between the input and output beams is within 30 arcsec. All entrances feature a multilayer AR coating.
Union Optic, Wuhan, China
www.u-optic.com
Galvo scanner with integrated pyrometer
DILAS, Tucson, AZ
[email protected]
Laser-diode module
The EP1550-NLW-B butterfly laser-diode module features a narrow linewidth (typically 350 kHz), 14-pin butterfly package, and 6 mW output power (typical). The lasers have a guaranteed emission linewidth specified at 400 kHz and below. Applications include optical sensing, lidar, coherent communications, interferometry, and test and measurement.
Elliot Scientific, Hertfordshire, England
[email protected]
Autocorrelator
Femtolasers Produktions,
Vienna, Austria
[email protected]
Life-test and burn-in system
Two products have been added to the LRS-9424B laser-diode life-test and burn-in system platform. The LRS-9400-324B control-electronics module includes bipolar digital temperature control, photodiode current ranges, and hot-swap capability. Relia Test 3.0 software includes enhanced graphing, a new operator interface, and new test scenarios.
ILX Lightwave, Bozeman, MT
[email protected]
Imaging-quality test software
The Master 3.2 is software for testing the quality of a digital imaging system. It includes SFRplus, which automatically identifies regions of interest (ROI) and enables completion of many image quality tests including sharpness, lateral chromatic aberration, lens distortion, and gamma and tonal response. The new SFRplus test chart is included.
Imatest, Boulder, CO
www.imatest.com
Frame grabber
Imperx, Boca Raton, FL
[email protected]
Blue laser modules
Laser Components,
Hudson, NH
[email protected]
Laser-marking workstation
CompactMark is a multi-axis, rugged, industrial laser-marking workstation, available with fiber, Nd:Yag, YV04, and CO2 lasers. For cylindrical-parts marking, the rotating head can be used to mark large trays rather than individual parts. Fully programmable, it can mark multiple sides, curved surfaces, and different locations without refixturing the parts.
Lasit USA, Branford, CT
[email protected]
Calorimeter
Laser Physics UK, Cheshire, England
[email protected]
CO2 laser nozzles
Laser Research Optics, Providence, RI
[email protected]
Sensing analysis software
The beta release of ENLIGHTPro sensing analysis software transforms optical parameters to sensor data presented in appropriate engineering units of strain, temperature, acceleration, and so on. Designed for use in optical-sensor-system installation and monitoring, the system allows the user to collect, save, and analyze hundreds of fiber-optic sensors simultaneously.
Micron Optics, Atlanta, GA
[email protected]
Telecentric lens
Moritex Europe, Cambridge, England
[email protected]
Epoxy adhesive
Master Bond, Hackensack, NJ
[email protected]
Pulsed fiber laser
The NuQ industrial pulsed fiber laser for marking is a 20 W average-power, Q-switched fiber laser based on the company’s ytterbium-doped fiber. Designed for industrial marking applications, it has a turn-on time of 125 µs, a Gaussian pulse shape, single-mode beam quality and delivers 1 mJ (10 kW peak power) pulses.
Nufern, Chicago, IL
www.nufern.com
Fractional-wave aspheres
Fractional-wave aspheres are manufactured using metrology equipment such as Zygo’s VeriFire Asphere interferometer and QED’s Subaperture Stitching Interferometer. Rapid prototyping of precision optical components in sizes from 3 to 300 mm is available, including asphere, cylinder, sphere, and plano/flat optics.
Optimax Systems, Ontario, NY
[email protected]
Spectrometer
Ocean Optics, Dunedin, FL
[email protected]
Mirror-tilting system
Piezosystem Jena, Jena, Germany
[email protected]
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