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The mission of Apogee Image Systems(AIS) is to bring our expertise in CCD imaging system design to our customers' applications with quality and professionalism.The current products include:
Alta Scientific Imaging Systems
High Speed, low noise,16/12 bit dual digitization to 7 MHz,TEC cooling to>75C Lifetime warranty on CCD chamber seal. Fast USB 2.0 advanced I/O control.The Alta imaging systems represent cost effective advanced imaging technology not found anywhere else.
Ascent Series
Apogee Image Systems(AIS) has been in development of a low cost, high performance supplement to the successful Alta line. This camera series addresses the demand for lower cost interline cameras with higher speed and smaller footprints.
Software Support:
Camera Control Driver & Source Code
Apogee Software Development Kit provides DLL's, source code, API calls, and documentation to Apogee Instruments' customers and approved 3rd party developers. The complete SDK contains source code written in C++, allowing you to compile into a variety of applications.
KestrelSpec(Spectroscopy)
KestrelSpec is designed for data acquisition,data display and analysis for Raman, fluorescence and UV/visible spectra.
MaxIm DL/CCD(Astronomy,General Sciences)
Diffraction Limited provides control for ALL Apogee Instruments' systems.This software is recommended for general image processing/acquisition use in astronomy and other sciences.
MicroCCD(Microscopy)
MicroCCD was specifically designed for Apogee Image Systems(AIS) to meet the needs of microscope users who want to take high quality images without a steep learning curve.
CCDsoft(Astronomy,General)
Astroart 4.0(Astronomy,General)
Apogee AI-FW50 Series USB Filter Wheels for Alta & Ascent Models
Apogee LR001-Liquid Recirculation/Chiller Unit
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APEX Technologies began to develop instruments back in 1998 in collaboration with a group of France Telecom scientists.
APEX Technologies uniqueness lays in their different approach, means and accuracy of testing high speed optical components and systems not matched by any of its competitors within the same price- performance ratio.APEX Technologies was founded by Mr. Tony Da Silva. Well known in the optical and microwaves fields where he earned his reputation during his years at Anritsu and Ando.
Knowledge is Power. Apex Technologies selects only the best of the best. Our staff consists of a group of highly educated engineers and scientists who earned their credentials at companies such as France Telecom and Alcatel.
This group creates patentable inventions, setting new standards in Optical Test & Measurement techniques and enables Apex Technologies to deliver uniquely designed products, meeting the ever increasing needs of today’s fiber optic industry.
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CO2 Lasres for the Information Age
Innovative RFexcited CO2 and CO lasers meet the challenges of the 21st centry. They are used in Spectros copy-Based Insrumentation, Laser Marking and Cutting, Laser Surgery, Night Vision Illumination, Laser Rader, Portable Laser Devices, Inteferometry, Environment Monitoring, Medical Diagnostics, Industrial and Agricultural Process Control, Free-Space Optical Communications, etc., etc.
The main features of our lasers are: Reliability, Affordability, Portability, Stability, Tunability, and High-Precision.
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AA Opto Electronic - Radio frequency and Acousto-optic devices, Laser based sub-systems
Founded in 1979, AA OPTO-ELECTRONIC is a world leader in providing superior component reliability and performance.
AA provides Acouscto-optic components with associated RF drivers, as well as laser-based solutions, and microwave solutions for a broad base of commercial and scientific research customers.
AA proposes a wide range of standard acousto-optic devices covering the wavelength range 180 nm up to far infrared 11 µm. AA also designs and proposes all associated RF drivers, which are matched at factory in order to provide the highest performances....
With more than 300 standard products in the catalog, we are convinced you will be able to find a product to meet your requirements. If not, AA team will be very pleased to help you setting up a custom device.
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Bona is an instrument manufacturer expert in providing testing instruments in manufacturing LCD & OLED. Our products are famous in fast response, easy to use and accuracy. Many manufacturers and researchers have been our customers already.
If your company want to improve the quality of the product, so as to satisfy the demand of customers and thus convince the customers, our testing instrument is absolutely a stable and reliable choice. In addition, our technical persons are competent in this field internationally. Our products have been used by several large manufacturers in Hong Kong and China . It has proven itself the uniqueness in wide applications and easy operation.
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Calmar Optcom is an innovator of fiber laser and fiber amplifier solutions for the needs of industry, research institutions and universities. Since 1996, Calmar Optcom has established as a leading supplier and reliable OEM partner for advanced high-speed test and measurement applications, optical communications, component characterization, material diagnosis, transmission up to 640 Gb/s, biomedicine and micromachining.
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Catalina Scientific Corp.
Our affordable KestrelSpec Echelle Spectroscopy System combines an innovative cross-dispersing echelle type spectrograph with KestrelSpec Echelle software. This powerful system produces high resolution over the entire UV-NIR spectral region in one image without scanning. Cooled CCD cameras can be supplied with the system or in many cases existing CCD camera can be interfaced to the SE 200 spectrograph.
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CDP Corp. has 15-years history of the work in the field of femtosecond technology and ultra-fast spectroscopy, and recently in the field of scanning optical microscopy.
In July 1988 we reported first femtosecond multipass dye amplifier and commercialized this approach in a device operating together with a colliding-pulse mode-locking dye oscillator.
That two-mirror amplifier configuration we successfully use now in MPA50 multipass Ti:sapphire amplifier, with gives efficient amplification of <50 fs pulses together with our TISSA20 seed Ti:sapphire oscillator. The MPA50 is an ideal preamplifier for higher energy amplification.
Our flagship is the FOG100- first commercial femtosecond up-conversion fluorescence system, which gives together with TISSA100 pumping oscillator the best way to make femtosecond kinetic measurements routinely. Our new system is the ExciPro, which has been designed for pump-probe spectroscopy with femtosecond temporal resolution in transient spectra measurements.
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CrystaLaser founded in 1995, located in Reno, Nevada, USA, is a leading manufacturer of ultra-compact diode-pumped solid-state crystal laser systems.Our lasers feature with high reliability, high stability,high efficiency, low noise and excellent laser beam quality.These lasers are specifically designed for OEM,scientific and industrial use.CrystaLaser manufactures compact diode-pumped solid-state DPSS crystal laser products including diode-pumped green laser, blue laser, yellow laser, red laser, infrared laser and ultraviolet UV Laser systems. The Nd:YAG, Nd:YLF, Nd:YVO4, and SHG THG FHG of YAG, YLF and YVO4 lasers with true CW output and Q-switched pulsed output are for industrial instrumentation applications in holography, biomedical, fluorescence, reprographics, laser trapping, interferometry, semiconductor inspection and material processing.
New Product
• 200 mW, 561 nm, 542 nm, 555 nm and 593 nm CW Yellow-green lasers available in TEMoo mode
• Single longitudinal mode(SLM) violet blue laser at 375 nm, 405 nm, 440 nm and 473 nm up to 40 mW
• True CW Ultra-Violet(UV) laser at 375 nm and violet blue laser 405 nm 430 nm 445 nm 473 nm and 490 nm up to 200 mW,pulse modulation up to 200 MHz
• Single longitudinal mode (SLM), Q-switched laser
• Compact Q-switched UV, blue, Green, red and IR laser
• Single longitudinal mode(SLM) red and near infrared laser at 638 nm, 658 nm, 671 nm, 785-980 nm and 1550 nm, pulse
• modulation up to 200 MHz
• Ultra-stable green laser, blue laser and near infrared laser, output stability 0.25% over 24 hours
• TEMoo mode, CW output 3 W infrared laser
• 800 mW, 532 nm CW green laser in ultra-compact housing is available
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DongWoo Optron Co., Ltd. “21 century leader in Optical Technology”
Our main products are as below:
• Monochromator / Spectrograph
• PMT Detection
• Read Out Unit
• Spectroscopy Application
High Stability qualities, competition price are the best service promising.
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Duma Optronics Ltd. Is engaged in the development and manufacturing of electro-optical instrumentation, specializing in computerized measurement systems for laser beams. The unique state-of-the-art technology developed and owned by Duma Optronics is under patent pending.
The family of products that were developed in Duma Optronics meets the market needs for sophisticated instrumentation and include:
Optical beam positioning measurement systems
Beam analysis systems (beam profilers, M2 meter, Divergence meter)
Multi-Channel Power Meters
Optical fiber beam analysis systems
Tailor made test stations
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Ecopia corp is one of the leading company in semiconductor testing equipment by manufacturing "Hell Effect Measuning System","Probe Station", "RTA (or RTP)","LED tester". manipulator and etc.And, these equipments are basically required fortesting semionductor chip,device's electrical, thermal and optical characteristics.We have manufactured these equipment by our own technology and employee has been doing our best to provide best quality product as well as customer service, by upgrading instrument continuously and prompt reply for the customer’s enquiry.
More than 70% of end-user comes from foreign customer.Our instrument has been installed in USA, Japan, European countries, China, Taiwan and many other countries by our local distributor.
Researcher and professor from university as well as industrial laboratory do not hesitate to use our instrument, because our system was designed “easy to use”, "high technology” ,"powerful perfomance” and “compact desktop design”.
We always think how to make it easier to use our instrument. And, it is best service to provide solution about what the customer feel inconvenience, during operating instrument.Our vision is that we become number one brand name company in global market. And, to achieve our vision, we always think what the customer needs, and we do our best to get reliability from the customer.
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FISO Technologies Inc. is a leading developer, manufacturer and marketer of high quality fiber-optic sensors and signal conditioners. We are committed to provide customers with innovative and reliable solutions for measuring parameters such as temperature, pressure, strain, displacement and force & load in challenging environment.
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FEMTO is the leading manufacturer of low-noise amplifier modules with a broadly diversified product base and continually expanding markets. Founded in 1993 with the mission of developing “ sophisticated tools for signal recovery” FEMTO has built a broad range of products that includes current amplifiers, voltage amplifiers, lock-in amplifiers, and photoreceivers. To us, “ sophisticated tools for signal recovery” means that every product we develop must offer a significant advantage over comparable products available in the market.
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General Photonics
At General Photonics, we invent and build fiber optic sub-systems and components to facilitate the growth of next generation optical networks. Our philosophy is to seek simple solutions to complicated problems. Our goal is to be the world leader in dynamic signal control technology, including dynamic polarization control, dynamic spectrum control, and dynamic timing and power control. Our practice is to build the highest quality products that meet our surpass customers' expectation.
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Hoffman Engineering Corporation leads the night vision support, aircraft lighting, and photonic test equipment industries with reliable products designed, prototyped, qualified, and manufactured at its Stamford, CT facility. Hoffman’s competitive advantage results from the ability to remain innovative and create new products to support its customers.
The Hoffman Engineering laboratory business grew with the aerospace industry in the United States. The scope of the business grew to include spectral testing, calibration of lamps and standards, and repair and calibration of photometric equipment. Hoffman Engineering became the recognized leader in the testing of aerospace-related lighting equipment. Tests were performed on aerospace, ground support, shipboard, space-related and other higher technology lighted devices.
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Labomed, Inc.,located at 2921 S. La Cienega Blvd. in Culver City, California, United States, has been a reputable manufacturer of high quality spectrophotometers since 1982.
Labomed's line of analytical Products provide a higher technology to use in chemistry labs, offering the best quality available on the market.Our management team has over 50 years of knowledge and experience in the field of spectrophotometry.
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Imagine Optic is one of the world’s leading providers of Shack-Hartmann wavefront sensing hardware and software, adaptive optics technologies and professional services in applied optics. We work with scientists and industrials in domains including pure science, industrial quality control, space and defense, semiconductors and many others. Since 1996, we've been supplying industry leaders around the world with the high-quality products and services that they need to perform.
From X-EUV, through the visible light spectrum and on to NIR (near infra-red), we develop, manufatcure, distribute and support the largest range of wavefront measurement and correction technologies available.
Our HASO products, based on patented Shack-Hartmann technology, are the only line of wavefront sensors that provide you with absolute achromatic measurement of both phase and intensity independently, simultaneously and in real-time. With hundreds of satisfied customers around the world, HASO sensors continue to expand the limits of wavefront metrology with their speed, performance and ease of integration. What’s more, their insensitivity to vibration and compact design make them the ideal choice for demanding industrial and scientific applications.Imagine Optic has developed its technology to be compatible with a wide array of manufacturer's deformable mirrors for diverse applications in adaptive optics. Whether your needs call for a loop fitted with a deformable mirror for easy, precise correction or SLM for high spatial resolution, we can get you up and running quickly.
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Inometrix Inc., is a manufacturer of innovative optical solutions for sensing, testing and Imaging. Our portfolio of products is based on our patent pending Virtual ReferenceTM and Single ArmTM Interferometer Technology. See how this technology can benefit you.
Virtual ReferenceTM Dispersion Analyzer
The first product based on Virtual ReferenceTM technology. The Virtual ReferenceTM Dispersion Analyser is a the fastest and most accurate tool for measuring the performance limiting characteristics of short length optical devices. Watch our video demo and check out our sample experiments.
Single ArmTM DWDM Analyzer
The first product based on our patented Single ArmTM technology. The Single ArmTM DWDM Analyser is our latest tool for characterizing narrow bandwidth components such as Fiber Bragg Gratings (FBG's).
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Linkam Scientific Instruments have been designing and building Heating and Freezing stages at the cutting edge of technology for over 20 years, establishing a global reputation for unrivalled innovation and design expertise. We have designed application specific hot stages for users in fields as diverse as ice cream development to space research. Linkam has stages for applications in the fields of pharmaceutical, Chemical, Biolgical, Materials Science, geology, forensic, liquid crystal and many others. The hot stages, electronics and software are all designed and built on site thereby enabling us to quickly respond to suggestions made by current Linkam users, and so enabling us to continually develop and improve our designs.
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LUMERA LASER developed new technology for the generation of ultrashort pulses; Phase-Self-Adjusting Mode-locking (PSM). It offers superior generation of ultra short pulses: Scalable, high power-16W-straight form the oscillator, nearly bandwidth-limited ps-pulses (<10ps, 160MHz) with perfect spatial properties – and 1W at 266nm!….The 160MHz high power ps-Laser UPL-series lends itself to quasi-cw applications.
LUMERA LASER presents: STACCATO, a ps-DPSSL with regenerative amplifier. Its ps-pulses with up to 0.5mJ can micromachine most materials (>100 TW/cm2 are possible) with high finesse. The rep rate of up to 50KHz means throughput and cost cutting .
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Micro Laser Systems provide customers products:
Diffraction Limited Diode Lasers
Fiber Coupled Lasers, Collimators and Specialty Fibers
Diode laser Drivers and TE Controllers
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m·u·t is your highly qualified supplier for complete product development.We develop customized, elegant high-tech solutions for our clients’ market needs. Our projects range from updating existing applications and processes to creating completely new and innovative products.
We specialize in the fast and flexible adaptation of existing components and products to meet customer demands. This ensures cost-efficient product development. Our economic success is secured by transforming customer-oriented concepts into series production.
After 12 years of successful operation and continuous growth, m·u·t has grown to over 120 employees. With subsidiaries in China and the USA, we have created a global network providing local service and support to our multi-national clients.
m·u·t‘s business units are
• Spectroscopy
• Laboratory Automation
• Aviation
• Fire Detection
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MPB Communications Inc. supplies key building blocks to telecom equipment manufacturers. The company also provides telecom suppliers with the latest Ramanized solutions to meet the growing demand for bandwidth and capacity in today's fiber optic network and tomorrow's all optical networks.
Extensive experience in Raman, EDFA and grating technologies is incorporated in high-performance advanced modules and subsystems level solutions. Products include the new revolutionary Flat Super Raman with its unprecedented extra 2.5dB of margin increase, telecom-ready Raman amplifier subsystems, Raman fiber lasers, C-band and L-band EDFAs (gain blocks, rack mount or benchtop units), as well as low and high power C-band, L-band and dual-band ASE sources, CO2 lasers and Excimer lasers .
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Nano-View is developing and producing the state of the art equipments that can measure and analyze the thickness, optical properties, composition ratio and the surface roughness of the semiconductor, conductor, dielectric and liquid thin films that are used in semiconductor devices and LCD displays and solar cell.
Our current main products are the spectroscopic ellipsometers that can greatly reduce the measurement time and increase the accuracy as a result of our patented 'calibration and alignment free' method. High speed measurement is also possible by using a multichannel detector. We also reduced the size of the equipment greatly so that the foot print is minimal. The measurement and the analysis can be very easily done by simple and user-friendly software
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New Span is developing and marketing advanced technologies and sensors to support various defense, homeland security, and commercial applications. We has two divisions, Optics Division and Material/Energy Division, and has following six laboratories each covering a certain spectrum of technological areas :
Material Development Lab(developing OLED materials, photochromic sol gel materials, photo-curable resins, optical storage material, and fuel cell materials)
Fuel Cell Lab(developing next generation solid oxide fuel cell technologies and systems)
Non-Linear Optics Lab(developing laser eye/sensor protection technologies, ceramic fiber coating evaluation technologies, carbon nanotubes and applications, surface plasma optics and applications, all-optical switching technologies)
Optics & Imaging Lab(developing foveated vision technologies, hyperspectral imaging technologies, thin film coating evaluation technologies, diffractive optical elements and beam shaping technologies, micro-holographic data storage, lidar imaging technologies, target sensors, and laser warning sensors)
Photonics Lab(developing all-optical fiber communication switches, silicon-on-insulator micro-ring filter and switches, and high speed polymer optical interconnection ribbon technologies)
Maskless Lithography Lab(developing maskless lithography technologies, micro transfer molding technologies, and micro fluidic patterning technologies)
Being a capable small system integrator, New Span has developed a number of products including laser beam profiler, thin film non-contact optical evaluation instrument, maskless laser writing lithography system, flat-top laser beam shaper, broadband light sources, and optical interconnect coupler.
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NKT Photonics A/S is one of 3 companies in the NKT Optical Group – all owned by the industrial conglomerate NKT Holding A/S.
The company had already shipped the first product in 1997. In 2003 we launched the fiber based Supercontinum white light laser and today the product SuperK has become the industrial standard for broad band white light lasers. Our mission is to serve the requirements of the photonic industry. With this merger we will be able to service our clients with the most advanced solutions in fiber components, fiber subsystems, ultra precise fiber lasers and fiber based White Light Lasers.
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Since beginning full time operation in June 1999, Photon Systems has focused on the development of two new unique classes of deep ultraviolet (DUV) laser sources as well as analytical and biotechnology sciences instruments enabled by these innovative new laser technologies. The new DUV laser technologies include both hollow cathode and semiconductor devices. The new instrument technologies enabled by these lasers include targeted ultraviolet chemical sensors (TUCS) which include an integrated combination of UV resonance fluorescence and/or resonance Raman sensors, photoluminescence (PL) spectrometers, and UV resonance Raman spectrometers (UVRRS). In addition, Photon Systems has developed methods for employing its DUV laser technologies for use in other instrumental methodologies such as laser induced resonance fluorescence detectors for capillary electrophoresis and liquid chromatography instruments, flow cytometers, and other instrumental methodologies.
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Photon Technology International, Inc.
Founded in 1983 and public since 1987, Photon Technology International, Inc. (“ PTI”) designs, manufactures and markets proprietary electro-optical instruments. Our products are used in leading laboratories around the world for medical research, health care, industrial process, quality control, environmental science and other applications.
PTI distinguishes itself in the photonics industry by devoting its resources exclusively to the technology of fluorescence instrumentation sand by providing exceptional product support. With offices worldwide, PTI has been recognized for outstanding technological achievement, business growth and corporate environment.
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OBB Corp designs, produces and markets state-of-the-art, proprietary electro-optical instrumentation, used in leading institutions around the world for research, health care, industrial process, quality control, environmental science, as well as for numerous other applications.
We at OBB Corp distinguish ourselves from the other companies in the Photonics industry by devoting our resources to providing you not only the best products backed by exceptional technical support but at affordable prices. In addition to our standard product line we offer custom design and manufacturing for O.E.M. We have an excellent engineering team ready to assist you. For more information on our O.E.M. capabilities.
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OptoSci Ltd. Was established in 1994, and is engaged in applied research, development and manufacture of optoelectronic systems, components and instrumentation for the industrial and education markets.
The Company's current products and services include:
Comprehensive laboratory teaching/ training packages in optics, optoelectronics and optical communications
Photonics simulation software for teaching of optical principles and devices
Specialist design and manufacture of photonics instrumentation
Applied research and commercial development (often in conjunction with other industrial partners) of innovative OEM optoelectronic instruments for application in the industrial measurement and environmental sensing markets (e.g. hydrocarbon sensing, methane detection)
Contract research, design consultancy and feasibility studies in photonics technology
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OptoSigma Corporation
Our goal at OptoSigma is simple. We are working to build a long-standing partnership with you by earning your trust and confidence as your Thin Film Coatings, Optical Components, Opto-Mechanics, Manual and Motorized positioning supplier of choice. We do this by continually working to bring you the best products, with the best selection form stock, at the best prices, all together with the best service available. Everyone at OptoSigma is committed to your satisfaction.
Our commitment to serving your needs goes far beyond quality, selection and price. We aim at making your experience with OptoSigma pleasant, convenient and resourceful. Our Applications Engineers have advanced product knowledge to serve you in real time and our Customer Service Department is waiting to assist you. We have even put our entire catalog on the internet to provide you with the most up-to date listing of our products and services. We enjoy hearing from you and look forward to your ideas about how we can serve you better.
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Quantum Technology, Inc. presents our user friendly electro-optical modulation and Q-switching system, pulse picker systems and non-linear optical systems for laser technology, spanning the spectrum from UV (200nm) to near IR (4000nm).
Serving the World Since 1969. Quality Built through Experience.
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To be the leading supplier of cost effective solid-state laser systems, sub-systems, components and turnkey systems on the cutting edge of technology coupled with absolute customer satisfaction
Founded in 1967, Quantronix pioneered the first commercial CW-pumped Nd:YAG laser.Since then,the company has continued to build upon that early spirit of innovation. Today, Quantronix offers several hundreds of laser and laser system configurations and has successfully installed over 10,000 lasers and laser systems for various industries worldwide. Our focus continues to center around leading the innovation of solid-state lasers and the implementation of cutting edge laser technology into advanced industrial, scientific and semiconductor applications. We combine a customer's process knowledge and experience with our laser and sys-tems experience to supply manufacturing and material processing solutions to the automotive, aerospace, electronics, semiconductor, consumer products, tools & tooling and many other industries.
Today's complex material processing demands application specific laser solutions requiring the coupling of our advanced electronics, options, accessories and lasers to provide the most effective system. Quantronix is the only laser company to offer its customers the full array of laser-based solutions to build complete turnkey systems.
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Scitec Instruments
Products designed and manufactured by Scitec Instruments:
Optical Choppers
Lockin Amplifiers
Pyro Electric Detectors
It is our professional to assist you to solve signal problems.
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Sciencetech Inc. (SCI) has been designing and manufacturing optical spectroscopy instruments in Canada since 1985. SCI offers two main product groups, Modular Instruments and Custom Instruments. The company’s modular instruments are sold predominantly through a network of regional sales representatives to mainly researchers, whereas our custom instruments are typically sold directly through OEM and other partnership channels. SCI’s instrument design and development capabilities are evident in our distinguished list of customers, the broad range of applications for which our products are used for, and as well as in the company’s own branded line of products.
Modular Instruments
SCI is particularly proud of its line of modular instruments which form the company’s core products. SCI manufactures a variety of optical spectroscopy component such as micrometers, spectrographs, light sources, detector systems and accessories that can be used to produce a wide variety of spectroscopic systems. This modular concept facilitates the arrangement of optical components into configurations that best fit the needs of a specific spectroscopic application. For example, Raman spectrometers, fluorescence spectrometers, infrared spectrometers and spectrophotometers can all be assembled using SCI’s modular optical components.
Custom Instruments
SCI also manufactures Terahertz spectrometers (far infrared FTIRs), Solar Simulators, Microscope Photometers and other application specific spectrometers which are usually sold through OEM and other partnership channels.
SCI is particularly proud of its Terahertz spectrometer which has found applications in space, biomedical, and security applications for the detection and spectral analysis of THz and far infrared light.
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Southern Vision Systems, Inc. (SVSi), based in Madison, Alabama, is a manufacturer of high speed camera systems. Our engineering and design services tackle the most complex image-processing tasks. Founded in 2003, SVSi leverages over two decades of experience in image processing, electrical, software, and optical engineering.
SVSi is committed to providing customers with high quality cost-effective solutions to their imaging problems. A portable battery-powered high-speed camera for sports analysis, machine troubleshooting, or slow motion replay. Record for several seconds to RAM or for hours to disk array. Full video recording software included.
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SphereOptics Hoffman, LLC
For the past 50 years, Hoffman Engineering has provided selected markets with high quality integrating sphere components and systems. In late 2002, Hoffman made the decision to expand the products and services offered to its customers by creating SpherreOptics Hoffman, LLC.
SphereOptics designs, produces and sells precision standard and custom radiometric and photometric products addressing the specific needs of the aerospace, automotive, electronic imaging, laser diode, LED, lighting, medical imaging and optics industries. We offer a broad line of integrating spheres, light measurement systems and instruments, diffuse reflectance materials and standards and superior optical calibration services. We specialize in custom design and production services to provide integrated solutions for our customers' specific light measurement requirements.
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Stanford Computer Optics, Inc., a California based Corporation founded in 1989, is a major manufacturer of ultra high speed image intensified CCD camera systems for the most sophisticated scientific applications.
We offer all-in-one-head ICCD cameras, framing cameras, stand-alone image intensifier modules and complete spectroscopy systems. We take pride of having equipped all kinds of scientific applications around the world with our leading ultra high speed imaging technology.
Our customers shall have the most technologically advanced and flexible imaging systems with easiest handling and user friendliness.Our aim is to provide you with the most beneficial and customized imaging solution for your unique application. We aspire to provide maximum value to the customer at a reasonable price.
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TRITEC Developments Ltd.
TRITEC Developments has been designing and manufacturing award wining Fibre Optics installation equipment since its formation in 1989. The three founding directors all came from technical backgrounds with a reputation for high quality, innovative designs.
The company which is still privately owned by the three directors now has over 45 years of combined experience in fusion splicing design and manufacture.
Based in the North West of England TRITEC have developed a worldwide reputation for quality and design excellence.
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Terahertz Technologies Inc. was founded in 1989. The focus of the company has been the design and manufacture of instruments for use with lasers and fiber optics. The evolution of the company's product line has been customer-driven. Customer requirements are the basis for the design and development of each new or improved product.
TTI derives the majority of its revenue from manufacturing OEM products that are sold under the name of other manufacturers. We have developed sophisticated instruments for a diverse group of customers ranging from automobile manufacturers, fiber optic instrument manufacturers, research laboratories, photonics product manufacturers, medical laser manufacturers, spectrometer manufacturers, and semiconductor equipment manufacturers. Among these products are optical to electrical converters, electrical to optical converters, fiber optic laser tachometers, fiber optic video links, advanced fiber optic loss test sets, optical time-domain reflectometers, fiber optic switches, custom light choppers, laser power and energy meters, laser light sources, and various other custom optoelectronic products.
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VPI experts welcome the opportunity to discuss design issues, on line and on site. The VPI Optical Systems Forum provides a focus for discussions about emerging technical issues and their impact on photonic design automation.
More than 900 engineers have completed VPI industry training programs, which combine lectures from experts in photonic design and optimization principles; guided software tours; and hands on exercises using VPIphotonics optical design and configuration tools.
Application scenarios cover the design of long-haul and Metro WDM systems, optical access and Radio-over-Fiber systems, active devices and circuits, doped-fiber lasers and amplifiers as well as the optimization of Raman pumps for wideband amplification. Topics include fiber dispersion and compensation techniques, nonlinear fiber impairments (SPM, XPM, FWM, SRS), PMD and estimation of BER, Q-factor, eye-closure penalty. Co-simulation techniques are also presented that integrate 3rd party source code into VPI software.
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Instec, Inc. was founded in 1984 by a group of pioneer liquid crystal researchers from the University of Colorado Boulder . These individuals developed the need for hot stages and temperature controllers for application in liquid crystal and polymer experimentation however, commercially suitable equipment was not available at that time. Thus, these innovative researchers designed and developed what was to become Instec, Inc.'s HS1-I microscope hot stage system-a product with a sample chamber large enough for liquid crystal cells, yet accurate enough for research on materials whose properties retain critical dependence upon temperature
Since the HS1-I, Instec has added a variety of additional hot and cold stages to our product line. We continue to modify and improve our current products and to provide customization options to those researchers with specific temperature control needs. Today, Instec products are being used widely by leading physics and chemistry laboratories worldwide, with continued dedication to researchers in liquid crystals.
The company is now located in Boulder, Colorado-neighbor to the majestic Rocky Mountains . Instec is currently enjoying a pandemic growing period and will continue to provide the most versatile temperature controllers and hot stage equipment to researchers all over the world!
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