Optics & Photonics
Applied Multilayers LLC offers next generation optical coating sputtering systems for high quality optical and metal coatings. Our patented Closed Field Magnetron (CFM) sputtering technology is simple, scalable and significantly less expensive. CFM allows multilayered film coatings onto sensitive polymer substrates or plastics which other deposition technologies would consider prohibitive due the elevated plasma temperatures.
You will discover numerous applications such as durable IR coatings, durable visible AR coatings, high laser damage coatings, ophthalmic, electro-chromic and solar absorbers. CFM also readily deposits thin film oxides, nitrides, carbides or pure metals with near bulk film densification with no film stress.
Ophtalmic Optical Coatings
Thin Film Photovoltaics
HMK Test is a lab instruments manufacturer and supplier. We are founded in 1997 and supported by senior researchers and professionals who were ex-workers in national lab. 99% of our products are ordered by world buyers which put forward higher quality requirement on HMK Test. Moreover HMK Test cooperated with scientific institutes and organized seminars to hear from the end users. Such move enormously improve both quality and performance of our products. In fact our products are made by our professionals and the end user together. The total staff has reached 20,000 and our products are sold to more than 150 countries in the world and are welcome by our end users and distributors in many industrial applications.
Static Light Scattering
Dynamic Light Scattering
Interspectrum OU (IS) has been designing and manufacturing optical and FTIR spectroscopy instruments since 1991. Interspectrum’s instruments have been used in many applications and fields including analytical chemistry, material research, medical research, food science, applied physics, environmental and academic research.
IS offers two main product groups, FTIR Instruments and FT-NIR Instruments which form the company’s core products. IS manufactures a variety of optical spectroscopy component such as light sources, detector systems and accessories that can be used to produce a wide variety of spectroscopic systems. The modular FTIR/FT-NIR concept facilitates the arrangement of optical components into configurations that best fit the needs of a specific spectroscopic application.
IS also manufactures custom FTIR spectrometers for different specific application which are used through OEM and other partnership channels. IS team consists of 7 highly experienced engineers who have been previously engaged in designing spaceborne infrared spectrometers for the Soviet space stations “Salyut-4”, “Salyut-7”, “Kosmos-1686” and “Mir”.
IR spectral libraries
JJ X-RAY is a Danish company that develops, designs and produces highly specialized components and assemblies for scientific x-ray, synchrotron radiation and neutron instrumentation.
We are widely known for our high precision and durable JJ X-Ray slits and collimators. Our standard component portfolio is constantly expanding. At present, it also includes:
Compound refractive lens (CRL) systems
Diamond Laue monochromators
Complete beamline solutions
Compact UHV slits
We look forward to, continuously, providing scientists and engineers around the world with high performance instrumentation and comprehensive counseling.
Slit systems are probably the most well-known product of JJ X-Ray. However, JJ X-Ray has a product portfolio which goes far beyond slits. Throughout the years, we have successfully provided many different types of components, sub-assemblies and even complete systems to our customers.
The components have typically been slit systems, high precision motion stages, diffractive optics systems, refractive optics systems, collimators, goniometers, end stations, SAXS systems as well as complete beamline solutions.
Below you will find a list of our present standard products.
k-Space Associates, Inc. is a leading manufacturer of in situ, in-line, and ex situ metrology tools for the semiconductor, thin-film, and photovoltaic (PV) industries. Our tools are used for monitoring nearly all thin-film deposition processes, including MBE, MOCVD, PLD, PVD, sputtering, and evaporation. Incorporated in 1992 and driven to supply the best technical support in the industry, our tools are used worldwide in both research and full production monitoring of semiconductor, PV, thin-film deposition, annealing, and processing applications.
kSA products measure important parameters such as temperature, deposition rate, film thickness, stress, curvature, bow, reflectivity, surface roughness, and many other material properties. These are measured in real-time by utilizing probes such as lasers, white light, UV light sources, and electron beams to investigate thin-films and substrates at an atomic level. Our thin-film analysis tools are used to extract real-time information from today’s most advanced deposition and processing applications within compound semiconductor, silicon semiconductor and photovoltaic advanced thin film production and R&D.
Sophisticated software analysis and reporting capabilities provide information to better understand tomorrow’s electronic and optoelectronic devices or to provide online control during mass production to enhance yield. Tailored optics and fully integrated solutions have been designed for simple mounting and non-invasive monitoring of advanced deposition processes such as:
Ex Situ Characterization
Photon etc. provides scientific imaging solutions for a vast array of applications. From solar cells to live cells, our fast and integrated hyperspectral imaging systems provide solutions to industrials challenges, and give researchers access to the latest innovations in optical and photonic instrumentation. In addition to our recognized hyperspectral microscopy and wide-field systems, we have developed unique near infrared cameras specifically adapted to industrial applications. If you cannot find what you are looking for in our standard products, let us know, our innovative team is always ready to transform ideas into solutions!
Tunable Sources & Filters
Hyperspectral Widefield Imaging
Space and Astronomy
Photonics Industries International, Inc., located on Long Island in Ronkonkoma, New York, is the pioneer of intracavity 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 intracavity 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.
Photonics Industries provides all kinds of nanosecond lasers (IR lasers, Green lasers, UV lasers, Deep UV lasers), picosecond lasers, tunable 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 adapting and improving our products to keep up with today’s high demanding technology markets.
Founded in January 1993, Photonics Industries International, Inc. pioneered in high efficiency intracavity Q-switched, harmonic solid-state lasers, with focus on intracavity 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 emit visible and ultraviolet wavelength beams with reliability and efficiency. 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 intracavity harmonic solid-state lasers.
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.
Via hole drilling
Laser singulation (Si, Sapphire)
Solar cell processing
Laser Doping and Laser Direct Writing
|Photonics Industries Increases the Highest Pulse Energy …
(Ronkonkoma, NY – March 16, 2017) – Photonics Industries (PI), The Pioneer of Intracavity Solid-State Harmonic Lasers, was the first to develop high efficiency Q …
|Photonics Industries high pulse energy ps laser achieves …
Photonics Industries high pulse energy ps laser achieves mirror quality surface finish on cut glass. Nov. 29, 2016 By Chip
|Photonics Industries New Dual Head 70mJ TEM00 Nd:YLF Green …
Photonics Industries New Dual Head 70mJ TEM00 Nd:YLF Green Lasers for Thin Sheet Particle Image Velocimetry (PIV) Sep. 26, 2016 By Chip
|PI Increases the Highest Pulse Energy Available in KHz …
in a single polarization commercially available. Furthermore, this high pulse energy is scalable to 70mJ with the DS-527-35 in a dual head configuration for …
The PicoQuant group was founded in 1996 to develop robust, compact, and easy to use time-resolved instrumentation and systems. Since April 2008 sales and support in North America is handled by PicoQuant Photonics North America Inc. In January 2010, the PicoQuant group was extended by PicoQuant Innovations, which was founded to support the increasing activities in the field of teaching, customer support and event organization.
Today, PicoQuant is known as a company leading in the field of pulsed diode lasers, time-resolved data acquisition, single photon counting, and fluorescence instrumentation. In 2002, already more than 10 years ago, we developed the first commercial ultrasensitive fluorescence microscope that permits measurements on the single molecule level. Our instruments are used all over the world. They help to prepare papers in high-ranking journals as well as carrying out routine quality control and production processes of global industrial players. Starting from traditional time-resolved fluorescence detection in bioanalytics, the range of applications is continuously increasing and includes semiconductor quality control, diffuse optical tomography, quantum information processing, optical detector testing, and telecommunications. Due to our easy to use products, researchers can now focus on their problems in biology, medicine, environmental science, or chemistry without needing a large background in physics, electronics, or optics.
Our intention is to offer state-of-the-art technology which has been co-developed and tested by renowned researchers at a price affordable to scientific groups and cost sensitive industry. We have successfully teamed up with all major confocal microscopy companies to develop dedicated equipment that permits time-resolved fluorescence studies on their commercial laser scanning microscopes. Following this philosophy, we are always looking for new challenges. PicoQuant especially encourages OEM inquiries for its products, notably for applications where time-resolved techniques were considered too expensive and cumbersome in the past.
PicoQuant’s innovative and dynamic team of physicists, chemists, biologists, designers, electronic, software, and mechanical engineers work together to offer a full range of modules for optical excitation, photon counting, as well as complete and automatic instrumentation for a wide range of electrooptical measurement tasks.
The combination of more than 18 years R & D work, several thousand units sold, and cooperation with international experts for special applications provides a stable basis for new outstanding developments always driven by our customers’ needs and inspirations.
Pulsed Lasers and LEDs
Photon Counting and Timing
PIKE Technologies was established in 1989 by Phil and Irene Brierley with the goal of creating a unique enterprise specializing in the imaginative design and creation of high quality custom spectroscopic accessories. Today, PIKE continues to specialize in the development and manufacture of accessories and optical systems that enhance the performance of commercial spectrometers. The product line has grown from the first PIKE Horizontal ATR, which set the industry price/performance standard, to over two thousand products.
PIKE products are used in the petrochemical, food, forensic, pharmaceutical, semiconductor, agriculture, government and the material science industries as well as in many academic institutions around the world. They can be used for the analysis of organic and inorganic materials by FTIR, NIR, Raman and UV-VIS spectroscopy. Theory, detailed descriptions, and applications for PIKE accessories are available in our comprehensive product catalog. PIKE also specializes in the design and engineering of products for custom applications.
GC and TGA Interfaces
UV-Vis Accessories & Cuvettes
Raptor Photonics aims to provide world class low light level camera solutions to industrial, research and governmental organisations around the globe.
Raptor Photonics Limited is a high tech company based in Northern Ireland, which was established in September 2006. Its main focus is to design, manufacture and sell the next generation of high performance, cutting edge, low light level digital cameras.
Benefiting from more than 100 years of combined technological experience in CCD, ICCD, EMCCD, CCTV, SWIR and video design, the company includes leading experts in a variety of key areas, such as:
– Analogue and digital signal processing
– Digital design including PCI, USB2/3, LVDS, CameraLink, Firewire, GigE
– FPGA (VHDL) development for imaging processing
– High speed analogue and digital design
– Low noise pre-amp circuit development
– High voltage and ultrafast pulse circuit design
– Embedded firmware development
– Application development in C++, VB & Delphi
– Vacuum design
– High energy / X-Ray design
– Mechanical and Optical design