Fairfield, NJ (August 28, 2008) – Electrophysics (www.electrophysics.com) announced the availability of the Eye-R series uncooled thermal camera cores available in mid (320x240 pixels) and large (640x480 pixels) format. The miniature Eye-R camera cores are designed to satisfy the demands of thermal imaging system OEMs looking for small size, low power, full mil spec environmental specifications, low cost and high performance. Applications include micro UAV, UGV vehicle payloads, hand-held thermal viewers, as well as cameras designed for fire service, security and industrial monitoring.

The Eye-R cores are fully customizable/programmable using powerful user-friendly interface software. Both analog and digital video are available as well as a large selection of infrared objective lenses having focal length as long as 210 mm.

The Eye-R series incorporate state-of-the-art 25 micron pixel microbolometer imaging arrays that operate without temperature stabilization, reducing power consumption and complexity. The cores include a unique high speed, ultra compact shutter mechanism. Proprietary non-uniformity image correction and contrast enhancement algorithms deliver outstanding image quality under all operating conditions. Additional video processing features include zoom, user programmable video overlays and user created on screen logo. Advanced features include in core image recording, motorized focus control and digital video output via USB 2.0 or LVDS.

The Eye-R series IR cores are built tough, qualified to Mil-Spec 810-E, and will operate in extreme ambient temperature conditions and backed by a two-year warranty.

The Eye-R camera cores are in full rate production and are very competitively priced. The combination of performance, compact size, capabilities and low cost make Eye-R series of thermal camera cores the best choice for your thermal camera system.

Electrophysics has introduced a new near-infrared imaging camera for use with spectroscopy, laser beam profiling and infrared analysis in the wavelength range from visible to 2 microns. The new MicronViewer 7292M is extremely useful for R&D applications requiring high-quality imaging performance, flexibility for image analysis and maximum stability.

The 7292M camera features a separate camera head and control unit facilitating adjustments while the camera is in use. Front panel controls allow for a variety of different optimization methods. Controls for auto/manual gain and black level selection permit the maximum possible contrast enhancement for the most demanding of low contrast imaging applications. Shading controls and gamma correction permit the optimization of image uniformity. A number of interchangeable lenses and filters are available for the MicronViewer – which further allows users to optimize the camera for specific applications.

Electrophysics announced that it has introduced its new EZTherm 880 Portable Infrared Camera Line. According to Electrophysics, the EZTherm 880 is designed for electricians and facility managers responsible for inspection of electrical circuits, motors and other rotating equipment, UPS systems, and building roofs, siding and interior walls. The new EZTherm cameras make it cost effective to add or strengthen the role of thermal imaging in any facility’s predictive maintenance program. The EZTherm can easily replace or augment annual inspections performed by an infrared imaging consultant. With up to three times the number of pixels of entry-level infrared cameras, EZTherm 880 produces infrared images that are substantially sharper – making diagnosis of equipment reliability issues much more accurate, intuitive and precise.

The EZTherm 880 camera features unique, dual-mode focus control (motorized or manual) that makes the 880 a true one-hand operation camera. A unique feature in entry- level cameras is the camera’s close focus distance of only four inches – making it ideal to image through inspection windows mounted in high voltage switchgear designed to reduce operator exposure to an arc flash event.

There are three EZTherm 880 models offered – beginning with the 880-1, which features high image quality, advanced report generation software, 350°C measurement range, accurate measurement accuracy, multiple color palettes, large image recording memory, 5-hour battery runtime – all housed in a lightweight, ergonomic IP-54 camera body. The 880-3 model adds a high quality visible camera channel and additional measurement analysis functionality. The 880-4 is our “Pro” package and includes a 3X telephoto lens and our unique protective lens for harsh environments that can potentially spray contaminated liquids on the camera’s expensive IR lens.

“The EZTherm 880 is the perfect compliment to our HotShot line of high performance cameras. These easy-to-use point and shoot cameras are the perfect troubleshooting tool for electricians and other technicians and can support the use of more advanced thermographic cameras, like our new HotShot HD, by expert thermographers responsible for highly critical equipment inspection and IR program management. In addition we are so confident in our product quality that every EZTherm 880 carries a two year warranty,” said Chris Alicandro, Director of Sales for Electrophysics.

Electrophysics announced today that it has introduced its new HotShot HD Portable Infrared Camera product line. According to Electrophysics, the HotShot HD is the world’s first affordable 640x480 resolution thermographic camera. With four times the number of pixels of 320x240 cameras and over 20 times the pixels of entry level infrared cameras, HotShot HD produces infrared images that are substantially sharper, making diagnosis of equipment reliability issues much more accurate, intuitive and precise. HotShot HD is designed for maintenance professionals responsible for inspection of high voltage electrical systems, production machinery and building envelopes. The camera includes a patent-pending laser highlighting system, which for the first time permits camera users to easily identify objects on the thermal image. The camera also includes expert system technology whereby camera software suggests to the user typical problem causes and recommendations for observed equipment symptoms.

Additional Press Release Details:

The new HotShot HD Infrared Camera from Electrophysics packs a significant amount of functionality into its compact 2.7 lb body – including an integrated mega-pixel visible camera, advanced fusing of thermal/visible images, an intuitive icon-based touchscreen user controls, integrated inspection detail data collection and optional inspection route software. HotShot HD’s easy-to-use touchscreen interface facilitates the automatic capture of inspection point locations, fault information and observation details that can later be automatically incorporated into reports. Users can store hundreds of images to either a removable CF memory card or to the camera’s internal memory.

“During the early phases of our product development program, we interviewed a large number of infrared camera users to learn what they wanted in a next generation thermography camera. Two requests were always at the top of any wish list, improved image quality and ease of use” said Chris Alicandro, Director of Sales for Electrophysics. “We selected the highest performance infrared imaging sensor available, designed the highest quality optics and created what is arguably the finest infrared camera available in the world. Most important, we are pleased that we can now offer this level of performance at extremely attractive prices,” concluded Alicandro.

HotShot HD also features Electrophysics’ newest invention, the LaZIR-X target marking system. While other IR camera feature an integrated laser pointer, normally the pointer is not aligned with the thermal camera image for points at any distance. This alignment problem (called parallax error) causes the laser pointer to drift away from the center of the thermal image as you move closer or further away from the factory-set distance. The novel (patent pending) dual laser line system precisely marks the visual center of the image on the object – from very close up to far away. In addition, the laser lines are easier to see on typical industrial gear than a small laser pointer whose red spot is often reflected away from the view of the camera operator – particularly when inspecting electrical equipment.

Several HotShot models are available including highly sensitive models for building inspections, maintenance professionals that demand professional grade equipment, and thermal inspection consultants who demand the finest image quality, accuracy and efficient report generation.

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The demand for higher resolution video has certainly fueled the development of advanced imaging technologies and has resulted in the introduction of reasonably priced high definition (HD) cameras and camcorders based on that technology. Requirements abound for products that deliver high resolution at night, where recognition and identification of humans and objects in low-light is very important to the success of a variety of applications and missions. With the introduction of the AstroScope, Electrophysics has introduced the most advanced night vision solution available and proved its dedication to the videography and photography markets giving users the ability to transform dark, moonlight or starlit nights into bright, high-resolution imagery.

Specifically engineered for High Definition camcorders, the AstroScope night vision adapters will give videographers the ability to produce high quality, high resolution video under very demanding conditions. Boasting a rugged and compact design that makes it ideal for demanding applications, the AstroScope incorporates a state-of-the-art, Gen III image intensifier that automatically transforms dark scenes, below 10-4 lux, into bright, high-resolution images. Electrophysics’ revolutionary solution delivers optimum performance, the sharpest detail and highest quality full-frame images with no vignetting – a common problem with many night vision platforms.

Electrophysics also offers a wide range of intensifier performance levels and camera specific adapters and brackets that allow users to customize the modular AstroScope to fit their individual camera models and needs. Additional AstroScope configurations are also available for a broad range of still cameras and camcorders, including the Nikon AF type and Canon EOS type SLR and DSLR cameras, the Canon XL series camcorders (including the XL2 and Canon’s new HD product, the XL-H1), the Panasonic AG HVX200 prosumer HD camcorder, the Sony HVR Z1U prosumer HD camcorder and 2/3” B4 mount cameras.

The AstroScope is easy to set up and requires no specialized training to operate. The unique night vision module connects to the camcorder in two places: the fixed lens filter thread and the ¼” x 20 tripod mount. A relay lens extension tube that boasts an exceptionally fast, custom-designed optic is positioned between the central intensifier unit (CIU) and the camcorder and screws directly into to the camcorder’s lens filter thread. Additionally, the AstroScope supports common objective lenses including C-mount optics and Nikon and Canon SLR lenses.

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Electrophysics is proud to offer its broad spectral range infrared camera series, the PV-320. Underscored by the broadest infrared spectral response of any infrared sensor and a host of state-of-the-art features, the PV-320 is one of the most technically advanced infrared imaging solutions available and is suitable for a variety of applications including spectroscopy, laser beam profiling, NDT, medical imaging and temperature analysis. A number of interchangeable lenses and filters are available for the PV-320, which further allows users to optimize the camera for specific applications. The PV-320 comprises three distinct models in the A, T and L series. The A series features a diffusing chopper and is ideal for high dynamic range or wide ambient temperature environment applications, including outdoor surveillance. The T series features factory calibration for temperature readings up to 500°C, while the L series features an opaque chopper. Users can select either a standard window or ZnSe window that has been wedged to minimize fringing when directly viewing lasers between 1 and 16 microns.

“Unlike other uncooled sensors such as microbolometers, the PV-320’s uncooled ferroelectric focal plane array offers a unique set of attributes that allows the camera to be used in applications outside the traditional 8-14 micron response window,” said Chris Alicandro, Director of Sales – Infrared Products for Electrophysics. “Users also benefit from the PV-320’s plug-and-play capability as the USB 2.0 digital output allows the camera to be effortlessly interfaced with any laptop, PC or computer system.”

With 0.08°C of sensitivity and 2% accuracy, users can rely on the PV-320 to identify the finest thermal details, giving them the ability to make steadfast, intelligent decisions based on their object measurements. The PV-320 is also the only broadband, uncooled imaging system available to professionals worldwide. Like all Electrophysics imaging solutions, the PV-320 is backed by Electrophysics’ knowledgeable and dedicated customer service support staff.

Each of the PV-320 imagers boasts a compact [14cm (L) x 11.4cm (W) x 11.4 (H)], rugged, all-metal alloy chassis and incorporates L3’s 320x240 (76,800 pixels) BST uncooled focal plane array running at video rate and delivering 80mK sensitivity. End users can also take advantage of the PV-320’s USB 2.0 real time 14-bit digital output for direct connection to any PC or laptop. Software drivers for LabView™, C++ and Visual Basic are available to system developers to facilitate the integration of the PV-320 into a wide range of existing systems. In addition, Electrophysics also offers Velocity™, a real-time image capture and analysis software package capable of time verses temperature plotting, data export and sequence .avi movie file creation. Three versions of the software package are available to meet very basic camera control and computer display of real-time thermal images to a full radiometric analysis suite of functions.

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For challenging infrared applications conducted under harsh field conditions and where open optics selection is vital, users can turn to Electrophysics and its high-performance Titanium family of infrared (IR) cameras. The ultimate solution for infrared imaging applications, including tracking, target signature, research and development, and imaging spectroscopy, the Titanium is designed specifically to meet the needs of the most demanding users of infrared imaging technology. Combining unmatched speed and sensitivity in a rugged design, Electrophysics is proud to showcase the Titanium family at this year’s SPIE DSS conference.

Titanium family

The Titanium 520M and 550M utilize an ultra-sensitive, 320x256 InSb focal plane array sensor with 3 to 5µm spectral response, while the 520BB is a broadband variant with 1.5 to 5.1µm spectral response. The HD 560M features a 640x512 InSb array with best-in-class 15µm pixel pitch and high data rates. The Titanium 530L incorporates a 320x240 an MCT focal plane array with 7.7 to 9.5µm response and is one of the only commercially available high quantum efficiency long wave infrared camera in the world.

All Titanium models deliver sensitivity better than 20mK, while keeping an extraordinary 14-bit dynamic range and high linearity across the entire spectral range. The camera has flexible M-80 optic mount for the full range of CEDIP lenses and Electrophysics custom developed lenses.

Users can also take advantage of Titanium’s ultra-fast, full format programmable frame rates. All models offer users defined sub-windowing modes. The Titanium 550M can output up to 380 full frames per second and up to 20 KHz utilizing sub-windowing. The cameras also can incorporate an optional internal filter wheel that accepts 25mm OD x1mm filters for viewing sub-spectral ranges.

Revolutionary Radiometry and Image Processing

Truly plug-and-play, the Titanium series of high-performance IR cameras are among the most user-friendly imaging systems available for advanced infrared imaging applications and feature Gigabit Ethernet as well as optional Camera LINK™ digital output.

The Titanium 520M incorporates HyperCal™ and CNUC™ the latest technology in radiometry and flat field correction. Gone are the days of limited and complicated radiometric calibrations with labor intensive setup. HyperCal and CNUC allow the user to dynamically change integration times while maintaining full uniformity, as well as accurate full field radiometric calibration.

The Altair™ Image Processing Suite expands the functionality of the Titanium products. Altair allows extensive, yet user- friendly image and sequence capture, playback, and data reduction. Altair modules include Calibration File Manager, Recomposer, Recorder Trigger, and more.

”When dealing with demanding infrared applications, users should never compromise performance or precision.” said Chris Alicandro, Director of Sales-Infrared Products for Electrophysics. “With multiple models offering flexibility in spectral response, detector resolution, and interconnectivity options, there is a Titanium system for every demanding application. These customers finally now have choices when it comes to selecting a high performance thermal imaging system,” concluded Alicandro.

Like all Electrophysics imaging solutions, the Titanium family of high-performance IR cameras is backed by Electrophysics’ knowledgeable and dedicated customer service support staff.

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On September 14, 2007 FLIR Systems announced that it has entered into an agreement to acquire a controlling interest in CEDIP Infrared Systems. The acquisition improves FLIR's international distribution network and brings new products and technology, including cooled mid-wave infrared cameras, while also providing an important manufacturing and technology base in Europe.

Since 2002, Electrophysics and CEDIP have enjoyed a partnership whereby Electrophysics has performed business development in North America for CEDIP’s Thermography product line. As such, Electrophysics has been the exclusive distributor for CEDIP to provide sales, applications, and customer support for the CEDIP-manufactured infrared cameras and systems. Electrophysics and CEDIP have agreed to continue this relationship for at least one year during which Electrophysics will continue to develop new customers and applications for CEDIP’s products as well as provide excellent support and service for existing customers. All applications and customer service/support will continue to be handled in our New Jersey facilities.

The proposed transaction between FLIR Systems and CEDIP Infrared Systems is subject to various closing conditions, including the authorization of the French Minister of Finance and Economy which will take a few months.

Fairfield, NJ (September 2007) – Electrophysics has launched a new high performance infrared camera, the Titanium 560 MWIR, ideal for the diversity of applications in automotive design, test and manufacturing. Infrared cameras play a vital role in the automotive industry – not only as R&D instruments, but also as test and predictive maintenance tools. In consideration of the large number of electronic and electromechanical components that are used in the production of each automobile, the automotive industry is a microcosm of the diversity of thermal imaging applications apparent today. And with the trend toward improved reliability, it's understandable why infrared cameras play such an important role in worldwide production of automobiles.

With the introduction of the Titanium 560 MWIR Infrared Camera, state-of-the-art thermal imaging performance can now be achieved in a camera platform that has the flexibility of both an open optical interface as well as the power of a high speed image acquisition interface. As such, the infrared camera is ideal in a wide variety of applications — from infrared microscopy and electronics inspection, to high-speed infrared imaging. Online videos of many of these automotive applications are demonstrated here.

At the heart of the Titanium 560 infrared cameras is a state-of-the-art 640x512 large format Indium Antimonide (InSb) focal plane array. This InSb sensor delivers excellent sensitivity (20mK NETD typical) and resolution. In addition, because of its 15µm pixel pitch, the 560 infrared camera exhibits magnification that is 40% higher than traditional 25µm pitch systems when compared with the same focal length objective lenses, resulting in an IFOV that is 40% smaller. Also, because of the small pixel pitch, a camera can be configured with smaller, less expensive optics, yet perform better – extremely valuable for those applications that require very long focal length lenses, such as tracking. For infrared microscopy applications, the smaller pixel pitch can yield a 5µm image spot size (when using the available 3X lens).

The Titanium 560 Infrared Camera is a member of the entirely new Titanium family of infrared cameras that include both mid-format and large format systems incorporating SW, MW and LWIR sensor technology. The Titanium IR systems are available with a broad range of detectors, including InSb, MCT (mercury cadmium telluride) and QWIP (quantum-well infrared photodetector) FPAs. These cameras achieve outstanding sensitivity (<18 mK), even at the highest frame rates in both the MWIR and LWIR bands. All cameras feature the same highly configurable platform as the 560 with the same universal optical interface and high speed image acquisition interface. The Titanium family offers the perfect solution for cameras that reliably deliver the highest sensitivity, accuracy, spatial resolution and speed in a highly configurable platform and at an affordable price.

Fairfield, NJ (September 1, 2007) – Electrophysics, a leading manufacturer of thermal imaging cameras, is pleased to announce the introduction of new models and new price points for their HotShot Infrared Camera product line. The award-winning HotShot, selected as a PLANT ENGINEERING Magazine’s Product of the Year, combines superior performance and best-in-class ergonomic design in a low-cost and highly featured package. Now with models starting at below US$10,000, the different camera models now include ReportIR, HotShot’s highly integrated, multi-page report software.

An entirely new concept in industrial inspection data collection, the HotShot is the world’s first thermography camera with an integrated data logger functionality and icon-based user interface featuring route-based capability and integration with asset databases such as CMMS. With the addition of a touchscreen interface and articulating camera head make HotShot unique for industrial and facility inspection applications.

For additional information and full specifications about the HotShot cameras, please click here!

Electrophysics Corporation is pleased to announce that the organization has achieved ISO 9001 certification. According to Electrophysics CEO Frank Vallese, "This certification encompasses our entire operation including sales, customer service, engineering, purchasing and production. Striving to meet the ISO standard has helped us improve the way we do business in all areas, resulting in a consistently high level of quality that our customers will see throughout our business processes."

"A primary consideration in designing our system was maintaining the ability to respond rapidly to all customer inquiries and requirements," continued Vallese. "Our systems are designed to serve us and our customers, not the other way around."

"We also want our customers to know that we do not view ISO 9001 registration as an end goal, but rather as a step in the continuous improvement of our organization. Electrophysics constantly strives to find the best ways to understand and meet customer expectations, and we welcome any feedback that you may have to help us in this process. Finally we would like to thank all of our suppliers, Electrophysics employees and most importantly, our customers for their support in reaching this achievement. We look forward to strengthening our relationships with everyone who has contributed to our success as we continue to grow."

Electrophysics™ has undergone an assessment audit performed by European Quality Assurance Limited (EQA) and has earned both UKAS (#7096) and ANAB (#A060693) 9001:2000 certification. Electrophysics has achieved the right to be listed in the Register of Quality Assessed companies attesting to compliance to the International Standard ISO 9001:2000. The registration/accreditation became effective August 21, 2006 and is valid until August 20, 2009.

Electrophysics, a leader in infrared imaging solutions, is pleased to announce that it has been awarded a second contract by NAVAIR Weapons Division, China Lake, for seven Emerald MWIR-InSb infrared cameras with an option to purchase one additional, to total eight. The cameras will be integrated into NAVAIR’s MANPAD program, designed specifically for force protection.

NAVAIR, a military leader in the research, development, test, and evaluation (RDT&E) of guided missiles, advanced weapons, and weapon systems, provides the operating forces of the Navy and Marine Corps, other activities of the U.S. Armed Forces, and foreign allies with effective and affordable integrated warfare systems and life-cycle support to ensure battle space dominance. NAVAIR features several locations across the United States and employs nearly 32,000 military and civilian employees, manages approximately 150 acquisition programs and maintains over 4,100 aircraft in active inventory, including 96 individual type/model/series.

By arranging the cameras in a circumference, NAVAIR will create a highly advanced measure of force protection from MANPAD systems. With the use of special stitching software, each camera will be used to produce a 360° field of view capable of detecting the infrared signatures of shoulder-fired missiles and small arms fire, the most common forms of MANPAD. Upon detection, the information would be immediately data linked to deployed aircraft which can execute appropriate countermeasures.

Each Emerald features a large format 640x512 focal plane array, is responsive in the 3-5 µm wavelength “midwave” band and exhibits a typical NETD figure of <20mK, which allows users to detect minute temperature differences at great distances. The Emerald MWIR also incorporates a 14-bit digital output which will be directly interfaced into a custom software program. In addition, the Emerald’s compact one-piece design improves the overall portability of the system.

Electrophysics introduces the 9350 Scope, a modular night vision monocular designed to easily integrate with Nikon and Canon SLR cameras, video camcorders and CCD cameras. The AstroScope 9350 system is designed around the popular Electrophysics intensifier common module or Central Intensifier Unit (CIU) featuring a standardized mechanical form factor and electrical contacts designed to work with Canon and Nikon SLR cameras, the Canon XL-series camcorder and a wide range of fixed lens camcorders.

The 9350 Scope incorporates military grade Gen 3 image intensifiers, including the top-of-the-line Aviation grade intensifier, featuring an auto-gating power supply for reduced blooming in the wide range of ambient light levels, and a thin film photo cathode that reduces halos when viewing bright light sources. A 50mm C-mount lens is standard. An exclusive capability enables the user to attach Canon and Nikon SLR lenses – making it possible to create a night vision pocket scope with a high degree of magnification – all at a reasonable cost.

The pocketscope body is fabricated from an aluminum alloy and features a waterproof battery compartment. Simply change the front (lens), rear (camera body) or both adaptors to integrate the 9350 Scope onto camera platforms without worrying about back focus adjustment or assembling a series of step up or step down rings. The 9350 Scope can be transitioned from a pocketscope to photography or video use in less than 1 minute in typical nighttime ambient light conditions.

Fairfield, NJ (January 09, 2006) – Electrophysics, a leading manufacturer of thermal cameras, is pleased to announce that HotShot, its cutting-edge thermography camera, has been selected as the 2005 PLANT ENGINEERING Magazine Product of the Year. Voted on by the 100,000 PLANT ENGINEERING subscribers, the award is a highly prized recognition of design excellence in the field of instrumentation. HotShot combines superior performance and best-in-class ergonomic design in a low-cost and highly featured package. Electrophysics is honored to be a part of this award that not only encompasses prestige, but is a symbol of quality and innovation in the industry.

Since its first issue in 1947, PLANT ENGINEERING magazine has stood as the leading problem-solving information source for America's industrial plant engineers. It has won virtually every readership study in its field over the past 20 years and well over 100 studies in all. The PLANT ENGINEERING Product of the Year contest is in its 18th year and the awards are among the most sought after distinctions by manufacturers when establishing new products in the plant engineering industry. The Product of the Year Awards will be presented on March 20, 2006 at a black-tie reception in Rosemont, IL during the National Plant Engineering and Management Show in March 2006.

An entirely new concept in industrial inspection data collection, the HotShot is the world’s first thermography camera with an integrated data logger functionality and icon-based user interface. The camera was designed for industrial inspection of high voltage electrical systems, production machinery and buildings. The HotShot also features a unique rotating thermal camera head that enables a proper perpendicular view of electrical and mechanical systems from floor level to overhead, while maintaining an optimal display angle and hand position – even when operating in tight spaces.

The HotShot integrates a high performance micro-bolometer infrared sensor that delivers sharp, highly sensitive thermal images. An easy-to-use joystick control and 3.5” LCD touch screen with on-screen control buttons help to facilitate the identification of inspection point locations, incident information and observation details that can later be automatically incorporated into reports. A Compact Flash accessory port provides an industry standard interface for a wide range of existing and future accessory devices including CF memory cards, a WiFi card and a miniature hands-free viewfinder. The USB port and active sync provides an easy method for downloading data to a computer. In addition, the HotShot is also extremely lightweight, weighing a mere 1.8 lbs and features a low-power design that will run for 4 hours on a single charge.

For additional information and full specifications, please visit the HotShot product page at www.electrophysics.com.

San Jose, CA (January 24, 2006) – Electrophysics, a leader in infrared imaging systems, extends the Silver family with the Silver 220S high-performance, short wave infrared camera. The Silver 220S is the ideal thermal camera for a wide range of infrared applications, including imaging spectroscopy, laser beam analysis, R&D and target signature analysis. The launch of the 220S further demonstrates Electrophysics’ dedication to offering the most comprehensive and technologically advanced line of infrared imaging systems for a variety of applications across the entire infrared spectrum.

Silver 220S

Unlike SWIR imaging systems based on the Indium Gallium Arsenide (InGaAs) crystal, the Silver 220S’s 320x256 Mercury Cadmium Telluride (MCT) focal plane array provides a broader spectral response ranging from 0.8 to 2.5µm. The broader response, combined with the 220S’s high QE (>70%), is particularly important for users dealing with applications that require excellent sensitivity at infrared wave-lengths to 2500nm, such as the water absorption band at 1.95 microns. Featuring variable “snapshot” integration from 1µs to 10ms, and interchangeable C-mount optics, which give the user the ability to configure the camera for specific target geometries, the Silver 220S is the ideal system for applications such as laser beam profiling and analysis.

Like its sibling the Silver 420M, the Silver 220S boasts a full format programmable frame rate, ranging from 1Hz to 100Hz. The Silver 220S is also capable of sub-array windowing, with the capability to capture images at up to 400Hz in a 320x64 sub-window format.

User Friendly Design

Truly plug-and-play, the Silver series of high-performance IR cameras are among the most user-friendly imaging systems available for thermography applications. With USB 2.0 output for digital video or optional CAMLINK for more demanding users (standard on the Silver 450M), the Silver requires no proprietary frame grabber cards. The Silver family also features low noise 14-bit digital electronics, which with user-performed calibration, provides fully-radiometric IR imagery at any selected integration setting. The Silver is also designed to interface with ALTAIR™, Electrophysics’ powerful image-capture and analysis workstation featuring a wide complement of tools including radiometric measurements.

Like all Electrophysics imaging solutions, the Silver family of high-performance IR cameras is backed by Electrophysics’ knowledgeable and dedicated customer service support staff.

San Jose, CA (January 24, 2006) – For infrared applications where accuracy and precision are vital, users can turn to Electrophysics and its high-performance Silver infrared (IR) cameras. The ultimate solution for all thermography related applications, including R&D, NDT, target signature analysis and medical research, the Silver is designed specifically to meet the needs of the most demanding users of IR technology. Combining unmatched speed and sensitivity in a sleek, modern design, Electrophysics is proud to showcase the Silver at this year’s 2006 Photonics West expo.

The Silver utilizes an ultra-sensitive, 320x256 InSb focal plane array sensor that offers users sensitivity better than 20mK, while keeping an extraordinary dynamic range and high linearity across the 3 to 5µm mid-wave spectral range. The Silver incorporates an integral 25mm lens, featuring motorized focus and optional extenders that provide the application-specific field of view and target geometry. The Silver also features low noise 14-bit digital electronics and user-performed calibration, providing fully-radiometric IR imagery at any selected integration setting.

”When dealing with demanding infrared applications, users should never bargain with performance or precision, said Chris Alicandro, Director of Sales-Infrared Products for Electrophysics. “Offering features commonly associated with higher price point systems, the Silver boasts an impressive price to performance ratio that brings together the speed and accuracy, and more importantly, the reliability that users can depend on, all in an affordable package,” concluded Alicandro.

Users can also take advantage of the Silver’s ultra-fast frame rate. Electrophysics offers two Silver models, which have full format programmable frame rates, ranging from 1hz to 100hz for the Silver 420M and 1hz to 400hz for the Silver 450M. Both models also offer user-friendly and flexible sub-windowing modes, which are adjustable in 1 ìs increments. In 80x64 sub-window format, users can capture infrared images at up to 1,000hz with the Silver 420M and up to 20,000hz with the Silver 450M. The Silver IR camera can also incorporate an optional internal filter wheel that accepts up to four separate 25mm OD x1mm filters for viewing sub-spectral ranges. Like all Electrophysics imaging solutions, the Silver is backed by Electrophysics’ knowledgeable and dedicated customer service support staff.

Fairfield, NJ (May 5, 2005) – The Dugway Proving Ground, controlled by the United States Army Test Command (TECOM), recently outfitted its chemical and biological weapons defense testing equipment with the first of potentially multiple Electrophysics Jade VLWIR cameras. The Jade cameras will be used at the Dugway facility to track and analyze the behavior of clouds of gas, ultimately providing US Government and Military personnel the ability to prepare and respond in the event of chemical or biological warfare.

The mission of Dugway is to test US and Allied biological and chemical defense systems, perform Nuclear Biological Chemical survivable testing of defense material, provide support to chemical and biological weapons conventions and operate and maintain an installation to support test missions. Dugway is located approximately 80 miles west-southwest of Salt Lake City, Utah, in Tooele County.

“Electrophysics is proud to support the mission of the United States Army Dugway Proving Ground,” said Chris Alicandro, Director of Sales for Electrophysics. “With the widest spectral response available on the market, ranging from 7.7µm to 11.0 µm, the Jade VLWIR will vastly improve Dugway’s testing abilities, giving them a significant advantage in the analysis of target signatures and other experiments in the long wavelength spectrum.”

The Jade VLWIR incorporates a high QE 320x256 Mercury Cadmium Telluride (MCT) focal plane array, state-of–the-art 14-bit digital electronics, and frame rates up to 240+ frames per second in full frame mode and 6000 frames per second in sub-windowing mode. In addition, the Jade VLWIR features a RS-422 digital interface, compatible with Altair, a powerful, rea- time, image capture thermal analysis system. The Jade systems will eventually replace older mechanical scan-based systems.

Fairfield, NJ (May 4, 2005) – Electrophysics, a leader in infrared imaging solutions, is pleased to announce that it has recently been awarded a contract by NAVAIR Weapons Division, China Lake, for a total of seven Emerald MWIR-InSb infrared cameras. The cameras will be integrated into NAVAIR’s MANPAD program, designed specifically for force protection.

NAVAIR, a military leader in the research, development, test, and evaluation (RDT&E) of guided missiles, advanced weapons, and weapon systems, provides the operating forces of the Navy and Marine Corps, other activities of the U.S. Armed Forces, and foreign allies with effective and affordable integrated warfare systems and life-cycle support to ensure battlespace dominance. NAVAIR features several locations across the United States and employs nearly 32,000 military and civilian employees, manages approximately 150 acquisition programs and maintains over 4,100 aircraft in active inventory, including 96 individual type/model/series.

By arranging the cameras in a circumference, NAVAIR will create a highly advanced measure of force protection from MANPAD systems. With the use of special stitching software, each camera will be used to produce a 360° Field of View capable of detecting the infrared signatures of shoulder fired missiles and small arms fire, the most common forms of MANPAD. Upon detection, the information would immediately data linked to deployed aircraft which can execute appropriate countermeasures.

Each Emerald features a large format 640x512 focal plane array, is responsive in the 3-5 µm wavelength “midwave” band and exhibits a typical NETD figure of <20mK, which allows users to detect minute temperature differences at great distances. The Emerald MWIR also incorporates a 14-bit digital output which will be directly interfaced into a custom software program. In addition, the Emerald’s compact one-piece design improves the overall portability of the system.

Fairfield, NJ (April 26, 2005) – Focused on developing innovative infrared imaging cameras, Electrophysics is proud to introduce HotShot. HotShot represents a paradigm shift in thermography camera design and is an entirely new concept in industrial inspection data collection. HotShot is the world’s first thermography camera with an advanced ergonomic design, integrated data logger functionality and icon-based user interface. The camera was designed specifically for industrial inspection of high voltage electrical systems, production machinery and buildings. HotShot features a unique articulating thermal camera head that enables framing of electrical and mechanical systems from floor level to overhead while maintaining an optimal viewing angle and hand position, even when operating in tight spaces.

HotShot integrates a high performance microbolometer infrared sensor that delivers sharp, highly sensitive thermal images. It’s easy-to-use joystick control and 3.5” LCD touch screen with on screen control buttons, facilitates the identification of inspection point locations, incident information and observation details that can later be automatically incorporated into reports. A Compact Flash accessory port provides an industry standard interface for a wide range of existing and future accessory devices including a visible camera, CF memory cards, a WiFi card and a miniature hands-free viewfinder. The USB port and active sync provides an easy method for downloading data to a computer.

“During the early phases of our product development, we interviewed a large number of thermography camera users to learn what they wanted in a next generation camera. Responses were centered around making the user interface more intuitive and automating the methods of getting field information into reports,” said Chris Alicandro, Director of Sales for Electrophysics. “While a number of companies have focused on point-and-shoot cameras without the capability of data entry in the field, Electrophysics focused on a design that incorporated data capture routines and a tightly integrated report generation software program. Users also stated that they wanted much lighter weight systems that they could operate for longer periods of time on a single battery charge. Weighing less than 1.8 lbs and featuring a low-power design that will run for 4 hours on a single charge, the HotShot delivers a high level of power in a very lightweight housing,” concluded Alicandro.

Several HotShot models are available featuring application-specific software, extended object temperature ranges, as well as accessories, including both wide angle and telephoto optics. The base model features a temperature range from –20° to 350°C with +2% accuracy and an IP-54 environmental rating. The HotShot is also designed for field upgrades and customers will be able to upload new software as new features are added.

For additional information and full specifications, please visit the HotShot product page at www.electrophysics.com.

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"With the significant growth in our engineering department we simply outgrew our current facility. In addition we wanted to organize our engineering department to be more efficient and comfortable," stated Chris Alicandro, Director of Sales for Electrophysics.

During the past two years we have brought in talented engineers, new tools and a highly organized new product development process, and we are excited about the innovative imaging produces we are planning to develop.

Christopher John Alicandro has joined Electrophysics Corporation, Fairfield, NJ, as Director of Sales, Infrared Imaging Products. “In his new position, Chris will be responsible for providing sales support to our domestic representative network and international dealer network,” said Electrophysics’ President., Frank Vallese, who announced Alicandro’s appointment.

“Chris will also lead our efforts to introduce the CEDIP line of high performance infrared cameras within North America and assist in our ongoing product development programs”, added Vallese.

Most recently, Alicandro served as Sales Manager/Director of Marketing for AdvizeX Technologies, an IT infrastructure solution provider based in Boston. Prior to that, he spent 10 years with Inframetrics/FLIR in a variety of thermographic sales and marketing positions, including Director of International Sales and Director of Thermographic Systems Marketing. He also worked as a sales engineer at GE Power Generation after receiving a B.S. in Mechanical Engineering from Worcester Polytechnic Institute.

Electrophysics, founded in 1969, continues to apply electro-optical imaging technologies in the UV through IR ranges to develop practical and affordable tools for business, industry and government for such applications as optical communications and thermal imaging.

Raytheon Commercial Infrared, a leader in the development and production of uncooled thermal imaging systems, services and solutions, recently announced the introduction of the new Pro 400 Digital infrared camera. The handheld camera is perfect for providing real-time, color thermal images for use in non-radiometric (not requiring temperature measurement) industrial or public safety applications. Offered as a complement to its sister product, the Radiometric 500 Digital, the Pro 400 Digital boasts a lower price tag with the same level of quality imaging and overall performance.

For predictive maintenance, quality control and process monitoring, the Pro 400 Digital captures images for analysis and diagnosis of potential problems in equipment. Law enforcement and public safety professionals can also use the Pro 400 Digital for investigative operations.

Raytheon has teamed with Electrophysics, of Fairfield, NJ, teamed for the design and manufacturing of the 400D product. Electrophysics has a long relationship with Raytheon and was responsible for the development of the 500D system which incorporates high resolution, accurate temperature measurement, and on board image processing with the use of a Compaq IPAQ PDA device.