Photon Inc. is located in San Jose, California, and has manufactured instruments to measure the spatial properties of light from virtually any light source—lasers, laser diodes, light emitting diodes, optical fiber, wave......Photon Inc. is located in San Jose, California, and has manufactured instruments to measure the spatial properties of light from virtually any light source—lasers, laser diodes, light emitting diodes, optical fiber, waveguides, VCSELs or quantum dots—with exceptional accuracy repeatability and reliability for over 20 years. Photon offers unique solutions to difficult optical challenges and backs them up with superior after sales service and support. Over the years, Photon has emerged as the de facto standard in laser beam measurement. People choose and use Photon Instruments because… Photon provides some of the most accurate and easiest to use instruments for measuring laser beams, collimating optical systems, aligning optical components and characterizing laser and light sources. Photon instruments enable fast and accurate analysis of both near- and far-field irradiance distribution patterns, providing ISO Standard laser beam parameters such as beam width, centroid, power, Gaussian fit, M2 propagation factors, and optical fiber parameters such as Effective Area (Aeff), Mode-Field Diameter (MFD), Numerical Aperture (NA), and encircled energy. Photon instruments are available in the UV, visible, near-, mid-, and far infrared with complete spectral response from ~200nm to over 1000µm and power handling capacity from nanowatts to kilowatts for applications in education, research and development, manufacturing and quality control. Photon’s spectrum of instruments include… NanoScan™, the newest member of the Photon family of slit based profilers, provides nanometer accuracy and precision for both beam pointing and width measurements. It allows rapid, precise optical alignment and component assembly as described for BeamScan below, but with orders of magnitude greater precision and 12-bits of dynamic range. Software- controlled scan speed and a "peak-connect" algorithm allow measurement of both CW and kHz pulsed lasers. BeamScan® has been universally accepted as the standard of laser beam measurement for over 20 years due to its ease-of-use and accuracy. Photon was the first to use two slits to obtain orthogonal beam widths with one mechanical motion, providing real-time measurements every tenth of a second (10Hz update rate). NanoScan and BeamScan instruments are available in a wide variety of sizes and detector types for use in numerous applications across the light spectrum. The High-Power NanoScan™ measures high-power beams from UV to far infrared. It is capable of handling kilowatt CO2 laser beams at 10.6µm and hundreds of watts at 1064nm Nd:YAG wavelengths. UV beams of several tens of watts can also be measured with the HP NanoScan. BeamProfiler™ family of camera-based profiling solutions offers software and frame grabbers for both analog and digital cameras,as well as two new cameras:The USBeamPro 10-bit CMOS digital profiler,and the FireWire BeamPro, a versatile,portable 12-bit digital CCD camera.Photon’s camera systems are designed to fit easily into the optical pathinnovative variable attenuators for increased operating range and ease-of-use are also available. LD8900™ family of far-field profilers employs unique goniometric radiometer technology to provide real-time measurements of divergent light sources. The patented scanning method requires moving neither the source nor the detector to obtain full 3-D hemispheric irradiance measurements with far greater resolution and far less alignment headaches than lens-camera systems, and much greater speed than traditional goniometric techniques. LD8900HDR, the highest dynamic range system, is designed to measure MFD, Aeff, and NA in fiber and waveguides according to the TIA/EIA Standards. It will measure the true 3D profiles of these and other optical components with up to 93dB dynamic range. LED Profiler, which generates high dynamic range light intensity profiles of LEDs. It is important to understand the beam profile of an LED to create more efficient, repeatable, and effective LED luminaires and sources for new applications such as interior lighting, biotechnology and defense. The LED Profiler generates results in less than 1/100 the time required using comparable techniques. Photons patented goniometric radiometry technology addresses the unique challenges presented by profiling LEDs, where the highly divergent light involved makes accurate profiling problematic. The system characterizes the LED profile over a 260 degree wide field-of-view, and generates a complete 3D profile of the test source. It also determines the power within a cone oriented along the optical axis of the LED, which is becoming increasingly recognized as an important parameter for device performance. A thermoelectric-cooled vacuum chuck option is also available to test bare-chip LEDs over a range of temperatures. Photon’s unique and dynamic software provides… Familiar Microsoft Windows® environment—standard file manipulation and user interface. High flexibility—customizable views and user-selectable data analysis parameters and user-friendly graphical user interfaces. ActiveX server capability, which allows automation of instrument operation through LabVIEW®, Visual Basic or C++ programming, and the transfer of raw data and computer parameters to other Windows programs, such as or Excel®. An available SDK for integration of BeamScan into automated test equipment applications. Mission Photon’s mission is to maintain our leadership role in light measurement serving a variety of high technology markets. We will achieve this recognition through our commitment to people - those who design, manufacture, and sell our products, and those who use our products. Users around the world include major laser manufacturers, optical component suppliers, OEM laser system builders, and firms working on laser and electro-optic research and development. In order to maintain a leadership role in these markets, Photon continually refines its equipment and develops new products based on customers’ needs. The company’s commitment to after-sales service and support has resulted in long-term satisfying business relationships with customers worldwide.

Photonics Industries is the pioneer of intra-cavity solid-state harmonic lasers. Since its first high power green harmonic laser was introduced back in 1993, Photonics Industries has been creating the development history ......Photonics Industries is the pioneer of intra-cavity solid-state harmonic lasers. Since its first high power green harmonic laser was introduced back in 1993, Photonics Industries has been creating the development history of harmonic solid-state lasers, especially Q-switched intra-cavity harmonic lasers, with the focus on their industrial applications. Photonics Industries received Best New Product Award from CLEO and Laser Focus World Finalist of Commercial Technology Achievement in 2000. Photonics Industries provides all kinds of nanosecond lasers (IR lasers, Green lasers, UV lasers, Deep UV lasers), picosecond lasers, turnable lasers (Ti:sapphire lasers, OPO lasers), holography lasers, pulse diode-pumped lasers and accessories to industrial and scientific customers. Our broad array of products and services are designed to provide state-of-the-art laser solutions for a wide range of leading edge applied engineering and research applications. Photonics Industries has a strong commitment to continuous product improvements to keep up with todays highest demanding technology markets. Founded in January 1993, Photonics Industries International, Inc. pioneered in high efficiency intra-cavity Q-switched, harmonic solid-state lasers, with focus on intra-cavity ultraviolet solid-state lasers, including diode pumped Nd:YAG, Nd:YLF and Nd:YVO4 lasers. The company was started with the mission to develop technologies that made solid-state lasers to emit visible and ultraviolet wavelength beams, with reliability and efficiency as good as its fundamental counterpart for industrial and scientific applications. Since the introduction of its original second harmonic Nd:YLF laser operated at >20mJ/pulse @ 1kHz 527nm in 1993, Photonics Industries has been creating the development history of intra-cavity harmonic solid-state lasers: 1993： Shipped First Lamp Pumped Green Laser GM30-527 1994： 20 Watts TEM mode @ 527nm at kHz range from Nd:YLF 1996： 10 Watts TEM mode UV power @ 351nm Nd:YAG/YLF 1997： 15 Watts TEM mode UV power @ 351nm from Nd:YLF 1998： 5 Watts TEM mode 355 nm Diode Pumped 1998： 4 Watts TEM mode UV power @ 263nm at 3kHz from Nd:YLF 1998： 8 Watts TEM mode UV power @ 263nm at 3kHz from Nd:YLF 1999： 8 Watts TEM00 mode UV power @ 263nm at 3kHz from Nd:YLF 1999： 10W TEM00 Mode 355nm Diode Pumped 2000： Received Best New Product Award from CLEO2000 2000： Laser Focus World Finalist of Commercial Technology Achievement 2001： Patented intra-cavity high repetition rate OPO 2001： Single Longitudinal Lasers Introduced 2002： Air cooled, compact DC Series laser 2002： Diode Pumped Compact and Multimode DM30 30mJ/Pulse 2003： DM40 to 40 mJ/Pulse @1kHz 2003： >2mJ/p @1kHz Eye Safe Wavelength laser developed 2004： 100 Watts TEM mode IR Nd:YAG 2004： 25 Watts TEM mode @ 355nm @ 50kHz from Nd:YVO4 2004： 50mJ/pulse 527nm @ kHz from Nd:YLF 2005： >20 Watts @355nm @50kHz (2004) 2006： 120 Watts of Diffraction Limited Mode at 10kHz Today, Photonics Industries has an unchallenged technological leadership position with over 20 granted patents (a number of pending patents) and a broad product line in a wide range of output power levels of Q-switched solid-state harmonic lasers. The DS and DC Series of TEM00 mode solid-state Q-switched lasers, the DM series of multi-mode Q-switched green lasers, as well as our SLM Series Single Longitudinal Mode DPSS Lasers are available in IR, Green, UV, and Deep UV wavelengths, and our TU Series with a patented Ti:Sapphire platform. Photonics Industries is always ready to customize its products to meet even the most challenging requirements for design, performance, reliability and total system package.

Photovac, Inc. is committed to TOTAL CUSTOMER SATISFACTION. We are determined to design, manufacture and distribute high quality, innovative products that meet the needs and expectations of our customers. We believe that ......Photovac, Inc. is committed to TOTAL CUSTOMER SATISFACTION. We are determined to design, manufacture and distribute high quality, innovative products that meet the needs and expectations of our customers. We believe that all employees are responsible for quality, which is the result of a team effort as we strive for defect prevention and continuous improvement.

Photron was founded in 1974 to provide manufacturing, sales and service of professional film and video equipment and photo- instrumentation. Since then, Photron has been offering photo optics and electronic technologies t......Photron was founded in 1974 to provide manufacturing, sales and service of professional film and video equipment and photo- instrumentation. Since then, Photron has been offering photo optics and electronic technologies to manufacturing industries, the medical field, film laboratories, major movie and television studios, as well as to the military worldwide. The company name "PHOTRON" combines photon and electron, the basic elements that represent our state-of-the-art technologies. After gaining experience with image processing systems, Photron branched into the development of high-speed motion analysis cameras. Some highlights of our product launches are: In 1991 the Model 4540 was launched as the worlds fastest commercial high-speed video system, operating at up to 40,500 frames per second.The 4540 is now marketed under the name of the ultima SE. A year later, 1992, the MotionCorder family of cameras is launched, including the FASTCAM Super 10k, which becomes a major best-selling high-speed video system. In 2000 Photrons FASTCAM-X 1280 PCI is the first mega-pixel CMOS camera system for the PC to compliment the CCD FASTCAM PCI. 2000 also saw the launch of Photron Motion Tools software, a suite of tools designed to perfectly compliment PC-based cameras for image analysis. Our high speed video line continues to grow through the addition of the high-G CMOS mega-pixel ultima APX and light weight ultima 512, as well as the computer based FASTCAM-X 512 PCI, all of which have redefined light sensitivity achievable from CMOS cameras. The FocusScope signifies Photron’s commitment to using it’s high-speed abilities for different applications with a 1,000 fps high speed camera being used to produce thirty frames per second of drastically improved depth of focus from a conventionally mounted microscope camera. Photrons varied product range makes it the first choice for designers, manufacturers, R&D and test engineers to solve their most challenging motion problems.Whether its testing a new product design or piece of equipment or trouble-shooting a high-speed production line, Photrons digital camera systems can capture thousands of high resolution images for playback and analysis.And with Photron Motion Tools software, users can automatically track the motion of any point within a recorded sequence.Photrons continuing development of new state-of-the-art products shows our commitment to furthering research and development in the areas of digital imaging and motion analysis solutions. Photron also designs and develops software for the motion-picture and television industries under the Primatte brand. Photron began marketing Primatte in the mid-90s, at which time Scott Gross joined the Primatte team to help introduce, sell and support Primatte software in the U.S. In the ensuing five years since its introduction, Primatte has gone from being one platform with two versions to nearly forty versions on three platforms, a testament to its powerful and versatile ability to create seamless and realistic chromakey compositing effects. Photron is proud partners with Photonics Online: Digital Marketplace for the photonics industry

Phyton - Phyton, Inc. Microsystems and Development Tools is the leading supplier of device programmers and development tools for embedded microcontrollers. Phyton’s headquarters is located in Brooklyn, New York, USA. The......Phyton - Phyton, Inc. Microsystems and Development Tools is the leading supplier of device programmers and development tools for embedded microcontrollers. Phyton’s headquarters is located in Brooklyn, New York, USA. The Phyton ChipProg™ family of device programmers support flash memory devices, microcontrollers and programmable logic devices produced by leading silicon manufacturers represented by Digi-Key. These include, but are not limited to, Altera, Atmel, Cypress, Freescale, Infineon, Luminary, Microchip, Micron, Numonyx, Nuvoton, NXP, Renesas, STMicroelectronics, Texas Instruments, Toshiba, Xilinx, Zilog. The ChipProg™ family includes single- and multi-programming machines for engineering, manufacturing and field services, providing fast device programming in socket adapters as well as on boards (in-system programming or ISP). Hundreds of programming adapters and ISP cables are available. Phyton’s programmer software has a user-friendly interface it includes a script language and DLL that enables external control of programming operations. The ChipProg software is available from Phyton.com at no extra cost for the lifetime of the associated programmer.

PI USA head office in Auburn, MA. PI USA complies with the US laws for export controlled technologies and provides R&D & engineering & repair services as well as applications support. The PI (Physik Instrumente) LP US hea......PI USA head office in Auburn, MA. PI USA complies with the US laws for export controlled technologies and provides R&D & engineering & repair services as well as applications support. The PI (Physik Instrumente) LP US head office in Auburn, MA features R&D, engineering, repair, sales, service facilities, application labs, a large warehouse, and nanometrology equipment for test & calibration. PI USA is ITAR registered, and equipped to handle your COTS or custom precision motion control / piezo / nanopositioning system requirements. The PI family of companies employs more than 700 people world wide with design, metrology and manufacturing facilities on 3 continents. PI is known throughout the high-tech world for its leadership in the design and manufacture of nanometer-precision motion control equipment, piezo ceramics and actuators, Hexapod 6-degree of freedom micropositioners and micro-handling / alignment robotic systems. ISO 9001 certified since 1994. PI (Physik Instrumente) LP is the U.S. operation of Physik Instrumente (PI) GmbH & Co. KG. PI has provided world class solutions for industry, OEM and research for 4 decades.

PIC Design is located in the Naugatuck Valley of Connecticut -- famous as the precision machining center of the country. Our size allows us to respond quickly with the solution to most any problem. Our location provides a......PIC Design is located in the Naugatuck Valley of Connecticut -- famous as the precision machining center of the country. Our size allows us to respond quickly with the solution to most any problem. Our location provides a wealth of backup skills and services unique to this area. As the pioneer and leader in the field of precision industrial component catalog sales, PIC has always maintained a very high standard of quality and service commanding good will, respect and loyalty of over 20,000 active customers. PIC Design manufactures and distributes precision mechanical components and systems nationally and internationally. The same engineering and manufacturing expertise used for our standard catalog items can be put to use for your special build to print components or assemblies. PIC prides itself on providing product that meets specifications, on time, at a competitive cost.PIC Design Quality Policy is as follows: PIC Design prides itself on providing our customers with quality products on-time, at a competitive price, and supporting those products from prototype through production. We are committed to continually improving our people, processes, and services, enabling PIC Design to continue to thrive and grow in an increasingly competitive global market.

Picosecond Pulse Labs designs and manufactures instruments, modules, and components for test & measurement applications. Picoseconds core competence is the precision generation and measurement high-speed signals. ......Picosecond Pulse Labs designs and manufactures instruments, modules, and components for test & measurement applications. Picoseconds core competence is the precision generation and measurement high-speed signals. A key part of this competency is our 30 plus year legacy of designing metrology grade test equipment. These capabilities enable a broad range of products including high-speed pattern generators, sampler modules, ultra-fast pulse generators, and broadband components. Picoseconds customers include semiconductor companies, optical companies, test equipment manufacturers, research labs, and universities. Our product line has grown over the history of the company to include a broad range of coaxially packaged components (bias tees, amplifiers, DC blocks, low-pass filters, etc.), pulse generator instruments, and serial data test instruments (our PatternPro line of instruments). Demand for Picosecond’s serial data test instruments and broadband components has continued to grow as the consumption of consumer data grows and bandwidth requirements increase.

Pillar Technologies is recognized worldwide as a global manufacturer of induction sealing systems. The packaging industry has relied upon Pillars technologically advanced induction sealers to: provide tamper evide......Pillar Technologies is recognized worldwide as a global manufacturer of induction sealing systems. The packaging industry has relied upon Pillars technologically advanced induction sealers to: provide tamper evidence provide leak protection on liquid products deter from pilferage and even to extend the shelf-life of certain products Markets that are most familiar with induction sealing include: pharmaceutical medical nutraceutical food beverage automotive chemicals agriculture chemicals health & beauty and all liquid, powder, tablet and capsule filling applications evaluation.

pinta acoustic, inc. provides acoustical and noise control solutions for the broadcast/audio, educational, architectural and facilities industries. Our products feature proprietary exclusive willtec® material, a porous me......pinta acoustic, inc. provides acoustical and noise control solutions for the broadcast/audio, educational, architectural and facilities industries. Our products feature proprietary exclusive willtec® material, a porous melamine, which has exceptional sound absorbing capabilities and is Class 1(A) fire-rated. pinta brand names include SONEX® Panels and Baffles, PROSPEC® Barriers and Composites, CONTOUR® Tiles, SQUARELINE® Metal Ceiling Tiles, HARMONI Ceiling Tiles, BIOLINE™ Wood Ceiling Tiles, FABRITEC Wall Panels, WHITELINE® Ceiling Tiles and Ceiling Grid Systems. Pinta foamtec inc. is a leader in flexible foam materials, providing complete custom foam solutions for OEM companies involved in a wide range of industries from medical instruments to packaging to industrial gaskets and filters. Design and product engineers recognize foam for its wide range of customizable properties including absorption, filtration, cushioning and insulation. For more information, please visit the pinta foamtec website at www.pinta-foamtec.com.