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Built using proprietary manufacturing processes and custom in-house metrology that result in ±1-nm thickness precision, these etalons lead the industry with superior free-spectral-range tolerances to as tight as ±0.001 GHz. They are supplied to leading OEM customers and researchers worldwide in the telecommunications, aerospace, laser research, and defense industries. With temperature tuning, solid etalons enable precise alignment to the telecommunications ITU grid without active alignment during packaging.
Multi-cavity etalons with flat-top filter functions are also available. They utilize our unique epoxy-free-bonding (CADB) technique for 100% optically transparent optical paths and zero bondline thickness.
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Research Electro Optics, Inc. (REO) offers air-spaced etalons that feature industry-leading precision together with proven volume manufacturing and state of the art functional metrology. Our proprietary adhesive-free bonding process ensures that our open frame and hermetically sealed air-spaced etalons will exceed all Telcordia requirements for durability and reliability. Available with any combination of reflectivities, in Fabry-Perot or GT configuration, REO's etalons have many applications including precision wavelength locking, interleaving, and dispersion compensation. Our etalons are manufactured to have a transmission or reflection peak or edge at a specified frequency, with a specified Free Spectral Range, at a specified incident angle. REO's hermetic etalons have guaranteed ultra-low temperature drift.
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ROLYN Optical Flats are now available with certifications of 1/10 wave length accuracies (.000002"). These are made of special fused silica with ground edges with slight safety chamfer and with the second surfaces pitch polished for better visual inspection of the patterns created when in contact with other surfaces. These flats are used in determining surface qualities in optical shops, instrument fabrication, machine and experimental shops, for laser usage and a multitude of other applications. A must for inspecting and checking your "Jo" blocks.
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Optical flats are used for testing and evaluating other optical elements. An interference pattern is formed in the air between the flat and the object being evaluated. The pattern consists of alternating bright and dark bands or fringes which are contour maps of the air space.
* Optical Flats - Fused Silica
* Optical Flats - Pyrex
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Melles Griot offers a wide range of tabletops and platforms designed to suit your applications and environment. Three important parameters need to be considered prior to choosing a table. First, the isolation requirements relating to vibration, acoustic noise, electromagnetic interference, and thermal fluctuations; the function of the tabletop with respect to its stiffness, flatness, and surface quality; and the ergonomics of the whole setup.
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1HT - Honeycomb Table Tops
Sandwich structure with steel honeycomb core
4 - 6 mm ferromagnetic stainless steel top skin with a pattern of M6 holes spaced by 25 mm
Surface flatness ±0.1 mm over any 1m² area
Laser Port (optional)
Non-Ferromagnetic Table Tops are available to special orders
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TMC's innovative research and development guarantee the highest
level of vibration control with its optical tops, optical tables, optical
breadboards and supports. Several damping, skin thicknesses and
material choices ensure that the most appropriate product can be
custom designed for your application.
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Kinetic Systems has been at the forefront of the vibration isolation and optical table market in the US for over 30 years and is a world leader in the development and application of advanced low frequency vibration control systems that provide vibration-free work environments for sensitive equipment. Experienced Kinetic Systems engineers routinely solve a wide variety of complex vibration isolation problems for customers in applications as diverse as aerospace, medical research, laser R & D, and semiconductor equipment.
- Optical Tables
- Workstations
- Isolation Legs
- Table Accessories
- Custom and OEM Products
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Data and energy
Unrivalled worldwide, eks Engel presents a new Hybrid Splice Box inside the FIMP product line that makes it possible to combine data and energy.
Furthermore, a new version with a SC-RJ coupling which allows combining multimode, singlemode and POF in one plug will be presented. The front panel of the Hybrid Splice Box can be outfitted with up to four RJ45 Click&Snap-, or alternatively with two Smart Hole-Modules.
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The inner values of the FIMPXL are really convincing and the installation is quite simple and done very fast.
FIMPXL is ready for splicing and it already contains splice tray, couplings, pigtails and cable gland. Regarding different couplings, you can choose from SMA, ST, SC, LC, FC-PC and E-2000. The front panel and the splice cassette can be removed for splicing and since the cassette is magnetic, it can easily be fixed onto a splice unit. The cassette has got a hole for splice units with a bolt.
The powder coated stainless steel housing is also magnetic so that the splice box can easily be affixed to another housing or to a switch cabinet in case of no different tray. Furthermore, FIMPXL has got a clip for DIN rail mounting (35mm) and a kit for wall fastening. Thus, there are space-saving and flexible solutions for mounting our FIMP.
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Mit der Serie FIMP stellt eks Engel eine industrielle Kompakt-Spleissbox für bis zu 12 Lichtwellenleiterfasern vor. Die Box ist spleißfertig bestückt und integriert Spleisskamm, Spleissablage, Kupplungen, Pigtails sowie die Kabelverschraubung. Als Kupplungsvarianten stehen SMA, ST, SC, LC, FC-PC und E-2000 zur Verfügung. Alternativ ist die Spleissbox auch variabel bestückbar.
Durch seine gleichermaßen kompakte wie robuste Bauform und dem Gehäuse in Edelstahl ist die Spleissbox für den Einsatz im rauen industriellen Umfeld prädestiniert. Zur schnellen und problemlosen Montage wird die Spleissbox per Clip auf eine 35 mm-Hutschiene befestigt. Zudem ist ein Kit für die Wandmontage erhältlich.
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System installation kits allow the experimenter to provide experimental setups within shortest time. Furthermore, it is guaranteed that, when using the existing system components with a future series production, the same kits can be employed. This is particularly important for the industrial research. With the available profile rails, the four different side profiles and the corresponding riders, beam handling heights of 40 mm (SYS 40), 65 mm (SYS 65) and 105 mm (SYS 90) can be reached.
- rail/slide system allows rapid changing of components
- for linear, 2- and 3-dimensional setups
- universal - for laser and fibre-optic technology and classical optics
- for laboratory experiments and series production
- components of the SYS 40 can be combined with System SYS 65 and micro-systems from other suppliers
A wide range range of mounts and adapters make sure that practically all optical components can be properly mounted. The compatibility of these systems to systems from other manufacturers, who followed the OWIS standard, is not less important.
Mechanical and optical starter sets are composed to meet initial requirements. These contain the most frequently needed mechanical or optical components in a rugged convenient case for transport and storage.
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Adjustable Polarizer Holders
Dimensions most compact among 1" optics mounts
Both tilt and tip are controlled from aside the optical path
Ideal for dense optical schemes
Fine adjustment screws with 0.25mm pitch
Hardened inserts under adjusters
Original stabilized L-shaped flat spring
Accepts optics upto 10.5 mm thick
Tilt/tip travel range ±2.5°
Roller bearings
Lockable. Continuous 360° rotation
Horizontal and Vertical mounting
Mounting holes M4 on three sides
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Optical Comparator Array
Each OPR5011 device is a hybrid sensor array that consists of three channels of the OPTEK OPC8332 differential optical comparator (‘TRI-DOC”) IC. The single chip construction ensures very tight dimensional tolerances between active areas.
Specifically designed for high-speed/high-resolution encoder applications, the open collector output switches based on the comparison of the input photodiode’s light current levels. Logarithmic amplification of the input signals facilitates operation over a wide range of light levels. The surface-mountable opaque polyimide package shields the photodiodes from stray light and can withstand multiple exposures to the most demanding soldering conditions, while the gold-plated wraparound contacts provide exceptional storage and wetting characteristics.
Features:
- Precise active area location
- Surface mountable
- TTL compatible output
- Wide supply voltage range
- Wide operating temperature range
Applications:
- High-speed applications
- High-resolution applications
- Applications requiring a wide range of light levels
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Features:
- 16"(400mm) Vertical screen for optimum viewin
- Erect profile image with fully corrected surface reflection image
- High resolution ground glass screen with calibration reticle, 90 degree cross lines and chart clips
- Machined chart ring with vernier protractor
- Electronic rotary screen protractor with selectable 1 minute or 1 /100 of a degree resolution
- Coated telecentric parfocal optics
- Quick change single lens mount
- Fiber optic surface illumination
- Integrated hood
- Nickel plated, completely cast iron workstage
.Triple axes solid crossed roller stage system
.Twin universal dovetails
.18" x 5" Overall size
.10" X Axis travel with "glide release"
.6" YAxis travel (rise a fall)
.110 lbs. Capacity
.±15 Degree true parfocal helix table adjustment with 5 minute vernier
- Available with 3 axes of measurement
- Optional 20" extended stage travel on "X" axis Available with internal or external edge sensing Optional swing away lamp house arm
- Optional motorized CNC full computer controlled readout systems
- 10X Lens system included
- NIST traceable calibration certificate
- 2 Year limited warranty
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Features:
- Automatic, real-time target identification
- Track up to 512 targets
- Measure up to 4500 measurements per second
- Report in a fixed frame of reference or dynamically reference relative to other moving targets
Key Benefits:
- High speed 3D tracking of targets
- Real-time 6DOF tracking of multiple objects
- Measure dynamic behaviour of parts, structures, and assemblies
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Optical micrometers.
RF65X Series
Application domain
Laser micrometers are designed for non-contact measurement and control of position and dimensoins (diameter, thickness, gaps) of technological objects as well as for measuring levels of liquid and bulk materials .
RF651 model. Operating principle
The micrometer operation is based on the so-called shadow principle. The micrometer consists of two blocks transmitter, 1 and receiver, 2. Radiation of a semiconductor laser 3 is collimated by a lens 4. With an object, 5 placed in the collimated beam region, shadow image formed is scanned with a CCD photo-detector array 6. A processor 7 calculates the position (size) of the object from the position of shadow border (borders)
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Corning Tropel Corporation designed the UltraFlat 200 Mask System specifically for the photomask industry. It delivers the lowest measurement uncertainty for ever-tightening mask flatness specifications. Shrinking device features require not only flatter wafers, but flatter masks.
The UltraFlat system is used to measure flatness of photoblanks and photomasks throughout every stage of manufacturing and use, including, substrate polishing, coating and patterning to analyze film stress, and verification.
UltraFlat system utilizes near-normal incidence interferometry, rock solid structural design, state-of-the-art optical fabrication techniques and Tropel's renowned phase shifting analysis software to deliver 20 nanometer measurement uncertainty.
The system is NIST traceable and provides measurements that conform to SEMI standards. An automated photomask handling and measurement configuration is also available.
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The Optical Micrometer is a portable instrument capable of making non-contact depth measurements on virtually any surface, curved or flat. Available with either 100x or 200x magnification, an easy to read venier scale enables the operator to optically measure the difference in height of one surface to another; an optional reticle eyepiece allows width measurements. This instrument is useful for measuring depth of scratches, cracks, blind holes, dents, pits and other surface blemishes in all types of materials. For transparent materials (i.e. glass, acrylic), the optical micrometer can measure crazing, fractures, embedded voids and material thickness. Popular in the aircraft industry, the optical micrometer may be used in the field to measure surface features on windshields, leading edges, airframes, fuselage skin, propeller blades, rotor blades, coated surfaces, plus many more.
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To control the quality of your manufacturing, you need the best tools for the job. And to control costs, you want the best value for your money. The OGP® Focus™ Contour Projector® definitely meets both requirements.
Focus is a rugged benchtop unit with a 14" viewable screen diameter. Its extensive list of standard features makes Focus best in class.
A range of options makes it easy to configure Focus for your specific requirements. Choose a single magnification manual system for quick checks or fill the internal turret with magnification lenses you use most. Add the joystick controlled motorized worktable for fully automated CNC operation. Projectron™ automatic edge detection, and SmartCheck® metrology software are other popular options.
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