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Collimators
Align and line up rays.
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Atomic Oven
Atomic oven with collimated output for ultra-high vacuum systems, loaded with Sr, Yb or Ca. The oven provides superior heat isolation while achieving high atomic flux. Its low power consumption results in exceptionally low pressures during normal operation for temperatures up to 650 °C. The chamber is shipped in an ultra-high vacuum storage chamber supplied by AOSense. Customers can provide AOSense with a previously purchased storage chamber for repeat orders. Please contact us for more information.
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Monochromator Gratings - Type IV
HORIBA Scientific produces a wide range of holographic master gratings from which high precision replicas are manufactured.Using Type IV aberration-corrected monochromator gratings, a single concave grating disperses, collimates, and refocuses the light from the entrance slit onto the exit slit. Wavelength scanning is obtained through a simple rotation of the grating.The groove spacing of these gratings is computer-optimized to produce high quality images with a minimum of astigmatism and coma, even at large numerical apertures. Compared with Czerny-Turner monochromators (equipped with one plane grating, one collimating mirror and one focusing mirror), Type IV aberration-corrected monochromator gratings provide much better light collection efficiency and signal-to-noise ratio.
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Collimators
Nanning Xionghua Photonics Technology
Double fiber, single fiber, high power, and PM collimators by Xionghua Photonics
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Low Cost Solar Simulators
Abet Technologies model 10500 is a low cost solar simulator providing an attractive alternative to more fully featured and expensive solar simulators for applications that do not require a large area illuminated field. The optical system of the 10500 produces a collimated 25 mm beam. Focus or defocus it for higher irradiance or larger solar cells. One sun output is achievable up to a 35 mm diameter illuminated field.
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Camera Testing
FLIR
CI Systems' FLIR turn-key test stations carry out all the necessary tests to verify and compare the quality of an infrared/thermal camera. The FLIR test systems are based on CI Systems' NIST traceable blackbody radiation sources, collimators and special thermally controlled targets, designed to provide very accurate IR test patterns. All these combine to project standardized targets with known geometry and intensity to the Unit Under Test(UUT).
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Astronomy Solutions
For more than 40 years, Thales has delivered high accuracy optics for ground-based Astronomy all around the world. These optics range from single, but challenging, unmounted optical components up to fully integrated opto-mechanical systems. Our design heritage and past experience in this field cover the design, manufacture and AIT activities of many optics and sub-assemblies used in Telescope instrumentation, such as focal plane assemblies as well as the direct production of telescope mirrors themselves. Several major achievements of Thales ground-based Astronomy products were the Optical wide field corrector for the Dark Energy Survey (lien), the Reference Body for future Deformable Secondary Mirror of the VLT (lien) and different challenging spectrograph optics (Collimator and Cameras) for different Observatories (lien). One advantage Thales has with this activity is that most part of the manufacturing steps involved (i.e. opto-mechanical design, milling/grinding, lightening, polishing and coating) are directly under our control in our own facility. Our current capabilities for the production of optics for ground-based Astronomy are from a few centimeters size up to 2 meters. Thanks to the continuous efforts in R& D and investments into new production machines, Thales is now ready for future industrial challenges including the optical production of some key elements of the E-ELT, GMT and TMT programs.
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Filters / Splitters / Detectors
DiCon’s 100 GHz WDM is designed to multiplex and demultiplex signals in multi-wavelength systems based on the ITU 100 GHz grid. The component uses a thin film filter mounted between a pair of GRIN lens collimators. The 100 GHz WDM is housed in a compact, environmentally stable package that offers superior resistance to humidity and temperature and is suitable for mounting on a printed circuit board or within a module.
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Optics Test Systems
Mirror Collimator And Autocollimator
Optik Elektronik Gerätetechnik GmbH
Mirror collimator and autocollimator for the entire wavelength range from UV to MIR The compact mirror collimator can be used both as an autocollimator and as a telescope.
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SAXS
Anton Paar’s precise and reliable solutions for SAXS/WAXS/GISAXS/RheoSAXS studies provide excellent resolution and the best possible data quality for your daily research of nanostructured materials. The robust systems employ brilliant X-rays as well as scatterless beam collimation and are equipped with a wide range of sample stages to cover many different applications.
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Laser Module
LDM200
Artifex Engineering GmbH & Co. KG
The LDM200 series of laser diode modules are specialized units for high-end applications. The fibre coupled design allows flexible installation and separation of the electrical and optical sections. High quality optics and precision adjustment provide for excellent beam quality and very long collimation distances up to 100m. Customized fixed focus distances may also be provided. The option of choice of pola
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TriSOL Class AAA 0.25º Collimation Angle Solar Simulators
For high performance space applications, OAI offers a 0.25 Collimation Angle Solar Simulator. It is engineered with the technology built on OAI’s 47 years of experience working with light. Features include 100mmx100mm beam size, long lens housing, AM 1.5 G and AMO spectrum up to 1800 nm or any custom spectrum, and intensity controlled up to 1.25 SUNS. These solar simulators are built with OAI’s precision, quality and reliability.
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Electro-Optical System Test Bench
IRCOL
Optical collimators and universal electro-optical test benches.
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DPSS Lasers
Modules
Advanced Photonic Sciences LLC
APSci also manufactures a number of standard and custom specialized laser modules that can incorporate power supplies, beam collimators and expanders, and boresight control. Current production modules address the materials handling and medical laser industries. During 2017, we will introduce our new iHXG laser module, an innovative design that fully incorporates any of our XG microlasers directly into a heatsink housing. This new laser module can be easily customized to provide for an integrated power supply, thermoelectric-cooler, and collimating lens. APSci will design, develop, and manufacture modules on a custom basis for other organizations.
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Large Area UV Light Source
Model 30L
The OAI UV Light Source Grande is a large area collimated light source. The device is available with output power up to 10KW. Utilizing collimating mirrors, the UV Light Source Grande is a highly efficient UV light source intended for a variety of larger-scale applications.
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Multi-Spectral Target System
IR-704
Infrared Systems Development Corp.
The IR-704 system integrates a Blackbody source, Motorized Aperture wheel, Motorized Filter Wheel, High Speed Shutter and High Speed Filter Shutter. The system was designed as a forced air-cooled Multi-Spectral, Multi-Aperture target system for direct integration with collimator / target projection systems, but can also be used as a direct target system.
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Laser Diode Collimators, 520nm - 785nm, Elliptical Beam
The Optoelectronics Company Ltd
Custom lasing wavelengths and power options are available. Both standard and custom configurations provide OEMs, end-users and systems integrators with complete, cost-effective laser solutions.
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Portable EDXRF Analyzer
ElvaX Mobile
ElvaX Mobile is a portable EDXRF analyzer for testing all kinds of materials. Sampling tray as in a benchtop instrument allows for convenient placement of x-cells. High resolution SDD detector and the absence of collimators ensure high count rate, which is crucial for quick detection of trace elements.
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XRF
O Series
The O Series combines high performance with a small x-ray spot size. This is made possible by the poly-capillary focusing optics system that replaces the collimator assembly installed in standard Bowman systems. The optics are designed to focus the x-rays coming from the tube exit window to a very small spot size (80μm FWHM) while retaining virtually 100% of the tube flux. So instead of attenuating the x-rays that can’t fit through the small apertures, as is the case with collimator systems, the poly-capillary optics assembly allows almost all of the x-rays from the tube to reach the sample. The result is much greater sensitivity for testing very small components or thin coatings. Shorter test times can achieve even better repeatability when comparing optics systems vs. a similar sized collimator.
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Modular Infinity Microscope (MIM)
Applied Scientific Instrumentation
ASI Modular Microscope components consist of tube lenses along with adapters and accessories that either are primarily used in the collimated light space or adapters that are to be used on the image side. Collimated light adapters use the 38mm diameter C60-RING system to connect components. Focus-side adapters attached to lens tubes with either a 30mm diameter coupling to the I.D. of the C60-TUBE, or with a 50mm coupling on the O.D. of the lens tube.
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Fiber Optic Components For Optoelectronic Packaging
OZ Optics offers a wide range of standard and custom fiber optic components for optoelectronic packaging. Components include collimators, focusers, patchcords, connectors, and metalized fiber. The low backreflection collimators and focusers are available for a wide range of industry-standard connectors and wavelengths. The hermetically sealable patchcords, with glass or metal solder, and metalized fiber meet high Telcordia standards. The polarization maintaining patchcords and connectors use our specially designed ferrules that minimize insertion loss, backlash, and rotational errors.
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Solar Simulator
Sirius 150A
Solar Simulators are used to simulate “real” solar radiation conditions and are widely used for the photovoltaic device research and QA etc.Beam collimation and spot uniformity are important properties along with spectral matching are key operational requirements. The SS150 and SS1000 are suitable for all types of solar cells and well match their optical requirements.
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COLOSUS
The COLOSUS line of electro-optical test systems from Santa Barbara Infrared Inc. and Labsphere Inc. include collimated optics, software and uniform sources for the optical characterization of sensors and cameras.
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Beam Characterization
Thorlabs offers a wide range of products that can be used for beam characterization. Properties such as intensity, degree of collimation, power, wavefront shape, and spectral properties can be measured.
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LED Collimated Beam Sensor
LA-300
Panasonic Industrial Devices Sales Company of America
LED Collimated Beam Type, which is as accurate as a Laser Sensor, but much safer.
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Day Camera Testing
CI Systems' CCD test stations are used to carry out all the necessary tests to verify and compare the quality of a CCD based camera. These stations are based on CI Systems' reflective collimators, Visible Radiation Sources, special targets and integrated software, to project standard patterns with known geometry and intensity to the Unit Under Test. As a result, these stations are turnkey solutions for the CCD camera testing needs.
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Beam Profiling
The beam propagation factor M2 is a common single parameter that charac-terizes the whole beam as it propagates through space. According to ISO standard 11146, this parameter could be defined by several measurement techniques based on beam profiling along several points of the propagating beam. The standard defines several measurement techniques, all of which are based on beam profiling measurements using devices such as cam-eras, knife edge and slits. There are two main measurement requierments - 1) Measurements of focused beams. 2) Measurements of collimated beams. Our M2 devices are capable of measurements of both laser types and due to their modular design interchangeable heads can be mounted in same M2 gear.
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Diode Lasers
Laser Diode Micro-Modules
Advanced Photonic Sciences LLC
Advanced Photonic Sciences (APS) has introduced a new product line of Laser Diode Micro-Modules (LDMM’s) that address the need for a simple, robust, reliable, and cost-effective platform on which to mount, provide heatsinking for, collimate, and power semiconductor laser diodes. The use of laser diodes in scores of applications has become ubiquitous, and our new products make mounting, collimating, heatsinking, and providing power leads for such applications easier than ever.
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Optics
Welcome to Thorlabs; below you will find links to optical components and systems, a subset of our entire line of photonics products. All single element optical components can be found under the optical elements link with the exception of optical components that have polarization properties since they have a separate link. Multi-element systems like beam expanders and objective lenses as well as interferometers, fiber collimators, reference cells, modulators, and other optical devices can be found by choosing the optical systems link. Thorlabs also manufactures an extensive line of free-space and fiber optic isolators; stock items ship the same day that they are ordered while our custom orders benefit from our streamlined design and manufacturing process, which minimizes lead time.
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Optical Components and Instruments
Optical Surfaces Limited are a UK based company supplying the world with optical components and instruments. We specialise in large optics, beam expanders, collimators and prototypes, plus custom systems and optics.
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Collimators
Collimators are optical systems used to imitate standard targets placed in "optical infinity" (very long distance). The collimators are used for projection of image of reference targets into direction of tested imagers. According to type of optical elements used in design, collimators are divided into two groups: reflective collimators and refractive collimators. Reflective collimators due to their wide spectral range are almost exclusively used in systems for testing thermal imagers and are also preferable in systems testing TV cameras, SWIR imagers, laser systems or multi-sensor surveillance systems. Refractive collimators are mostly used in systems for testing night vision devices or TV cameras working in visible/near infrared range.
