• Ophir, an MKS Instruments Brand

    Logan, UT 84341

    COMPANY OVERVIEW

    About Ophir, an MKS Instruments Brand

    Contact

    3050 N 300 W
    Logan, UT 84341
    United States
    http://www.ophiropt.com/photonics
    435-753-3729
    435-753-5231

    More Info on Ophir, an MKS Instruments Brand

    The Ophir product portfolio consists of laser and LED measurement products, including laser power and energy meters, laser beam profilers measuring femto-watt to hundred-kilowatt lasers, high-performance IR and visible optical elements, IR thermal imaging lenses and zoom lenses for defense and commercial applications, OEM and replacement high-quality optics and sub-assemblies for CO2 and high-power fiber laser material processing applications. 

    Videos

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    The drive for higher power lasers in directed energy and production keeps Ophir at the forefront of innovation with measurement systems that deliver accurate and reliable measurements...
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    Assure your additive manufacturing (AM) laser is performing as needed to produce high-quality, consistent builds. New tools from MKS Ophir analyze laser power, spot size, waist...
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    The Ophir® BeamPeek™ integrated beam analysis and power measurement system provides fast, accurate, real-time measurement of lasers in additive manufacturing chambers. The system...
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    LED Luminaire Measurement Efi Rotem, Ophir Project Manager, discusses FluxGage, a revolutionary, compact LED luminaire measurement system. FluxGage measures flux, color, and flicker...
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    Ophir Photonics has a wide array of power and energy measurement systems to evaluate laser health. Spiricon's latest innovation is BeamWatch, a one-micron wavelength multi-kW ...

    Articles

    (Image credit: MKS Ophir)
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    The BeamSquared SP204S-PRO M2 analyzer is a precision beam caustic and profiling system.
    (Image credit: MKS Ophir)
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    The Helios Pro industrial power meter measures high-power lasers with power ranges from 100 W to 12 kW.
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    The 150K-W high-power meter measures powers from 10 to 150 kW. It is designed for a 100-mm-diameter beam to hit incident on the center of its deflecting cone and is calibrated...
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    The Ophir 20K-W water-cooled, high-power laser sensor measures powers from 100 W to 20 kW.
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    Which industrial laser processing method matches your needs?
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    The FoldIR 30-450 mm f/3.4 continuous-zoom lens is a long-range, compact folded-optics IR zoom lens for optical gimbal systems and payloads.
    Mks Ophir
    BeamPeek software is designed for real-time measurement of lasers in additive manufacturing chambers.
    Mks Ophir
    The BeamWatch Plus non-contact beam profiling system measures focus shift, focus spot size, and position of high-power industrial YAG, fiber, and diode lasers.
    (Courtesy of Axtra3D)
    FIGURE 1. The slit-based beam profiler is used to ensure the reproducibility of the additive manufacturing process.
    This case study shows how Hybrid PhotoSynthesis technology prints the entire layer, with no rework required.
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    LightIR 10-135 mm and 18-225 mm midwave-infrared (MWIR) f/3.6 continuous-zoom lenses feature low SWaP.

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    Additional content from Ophir, an MKS Instruments Brand

    Mks Ophir
    The Ophir shortwave-infrared (SWIR) and near-infrared (NIR) lens is chromatically corrected to support a broad SWIR range, from 700 to 1700 nm, covering both NIR and SWIR bands...
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    The StarViewer iOS App delivers laser power/energy measurements wirelessly to iOS iPhones and iPads.
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    The SP504S beam profiling camera captures and analyzes wavelengths from 340 to 1100 nm.
    FIGURE 1. Lasers are often used for joining applications in automotive manufacturing. Monitoring of the laser system helps ensure consistent and high-quality joining processes.
    Here are six industrial laser system pitfalls to look out for to ensure a high-quality laser process.
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    The LightIR 18-225 mm MWIR f/4 continuous-zoom lens is optimized for smaller-size focal-plane array (FPA) detectors.
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    Here, we recap all the photonics business news that was announced in March 2022.
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    The fan-cooled F150(200)A-CM-16 thermal sensor measures high repetition-rate pulsed industrial lasers from 248 nm to 9.4 µm.
    Ophir
    The SP932U USB 3.0 high-resolution beam profiler system is a CMOS camera-based beam profiler for UV, visible, near-infrared, and Nd:YAG wavelengths.
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    The F80(120)A-CM-17 laser power sensor works with industrial lasers at wavelengths from 248 nm to 9.4 µm.
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    The AS9100 certification is an important step in the company’s defense and aviation growth strategy.
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    The BeamWatch Integrated 500 industrial beam characterization system is a fully automated, noncontact laser measurement system designed for automotive and battery welding applications...
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    The LightIR 16–180 mm midwave-infrared (MWIR) thermal imaging lens is optimized for smaller-size 10 µm pitch VGA focal-plane array detectors.
    Ophir
    The PD300RM-UVA irradiance and dosage sensor, calibrated over the UVA and violet spectral range, provides a flat spectral response that forgives inexact wavelengths.
    FIGURE 1. Conduction and convection areas within within the FL600 fan-cooled sensor.
    Measurement of high-power lasers requires efficient heat control in power meter sensors; choosing the right heat transfer method for the job is a key factor.
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    The Helios Plus industrial laser power meter measures high-power industrial lasers up to 12 kW.
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    A cube-shaped, battery-powered laser power meter less than 80 mm on a side can measure laser powers up to 8 kW in the blue, green, or infrared wavelength regions.
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    The Wide Beam Imager (WB-I) is a compact, calibrated optical system for measuring the size and power distribution of large and divergent beams of VCSELs, LEDs, edge-emitting lasers...
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    For the third straight year, Laser Focus World held its Innovators Awards program, which celebrates the disparate and innovative technologies, products, and systems found in the...
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    The Ophir FluxGage 604 compact measurement system for LED luminaires has four extra color sensors evenly arranged in the bottom of the device.
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    The IS1.5-VIS-FPD-800 integrating sphere measures light that diverges up to ±60° and features a 20 mm aperture.
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    The Ophir 16K-W compact, water-cooled sensor measures laser powers from 100 W to 16 kW over the spectral range of 0.8 to 2 μm and at 10.6 μm.
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    The Juno+ USB Interface USB module turns a PC or laptop into a full laser power/energy meter.
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    The BeamWatch Integrated noncontact laser measurement system has utility in measuring critical beam parameters in industrial production environments.
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    The L50(150)A-LP2-35 is a compact thermal measurement sensor for use with high-power-density and long-pulse lasers.
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    The SP920G GigE silicon CCD high-resolution camera is designed for high-speed industrial laser beam profiling applications.
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    The Centauri portable laser power/energy meter features a full-color, 7 in. touchscreen for reviewing data in various formats.
    MKS Instruments unveiled what it says is the industry’s first noncontact laser-beam monitoring system intended for additive manufacturing.
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    The FGC100 NIST-traceable LED calibration standard is designed to calibrate the company's FluxGage system.
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    The BeamSquared 2.0 M2 laser beam system automatically measures the propagation characteristics of CW and pulsed lasers in under a minute.
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    StarLab 3.30 laser measurement software from Ophir supports expanded network access via the EA-1 Ethernet Adapter or Quasar Bluetooth Adapter, user-defined pass/fail limits, and...
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    The Ophir 15K-W-BB-45 thermal laser power measurement sensor is compact, fan-cooled, and NIST-calibrated.
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    An alternative approach to LED luminaire measurement requires only one calibration and can accommodate LED luminaires the same size as the measuring instrument itself.
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    A series of Ophir integrating spheres includes three different models.
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    The FluxGage compact LED measurement system has use with luminaires up to 610 x 450 mm.
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    The updated StarBright compact handheld laser power/energy meter measures power, single-shot energy, repetitive energy, frequency, and beam size.
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    The BC20-V1 laser sensor measures the power of scanned or intermittent beams of any wavelength over the spectral range of 400–1100 nm.
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    The EA-1 Ethernet Adapter is a device that connects the company’s smart laser sensors directly to an Ethernet bus with no PC connection required.
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    The Fiberlens series of 1 μm collimating lenses, focusing lenses, and protective windows have uses with fiber, disk, and YAG lasers with powers up to 8 kW.
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    The RM9-PD radiometer, which measures the power of very low-level CW or QCW sources, integrates a photodiode sensor.
    (Courtesy of Gentec-EO USA)
    FIGURE 1. A Gentec Beamage-4M CMOS camera (a) and associated beam-tracking software (b) allow the alignment of the centroid of one laser beam to that of a second beam, enabling near- and far-field relative alignment of the beams.
    Measuring the properties of a laser beam can be done in several ways; all are reliable, accurate, and fast.
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    FL1100A-BB-65, FL600A-BB-65, and FL600A-LP1-65 high-power, fan-cooled laser sensors can measure laser power levels up to 1100 W.
    FIGURE 1. m2≈1 (a); m2=1 (b); and m2=2 (c).
    The best methods for making second-moment beam-width measurements with CCD cameras are described and compared to ISO recommendations.
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    The PD300RM irradiance and energy density sensor measures narrowband LED and laser sources between 200 and 850 nm.
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    The 1000WP-BB-34 high-power, watercooled thermal sensor measures energy from 400 mJ to 300 J and spectral range from 190 nm to 20 micron.
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    The 1000W-BB-120 thermal sensor for very-large-aperture lasers is a water-cooled thermopile detector with a 120 mm aperture for handling large beams and laser diode bars.
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    LBS-400 beam splitters measure UV, NIR, or IR wavelength beams with diameters up to 1 in.
    Real-time beam profiling for a CO2 laser reveals beam irregularities and instabilities (top left) not present in a stable beam profile (top right). These beam irregularities are the difference between bad (lower left) and good (lower right) outcomes in materials processing applications.
    When laser beam profiles for materials-processing applications are not optimized, time and money are lost through lower cut speeds, increased dross on the edges of the cuts (resulting...
    (Image credit: Ophir-Spiricon)
    The Pyrocam IV thermal-electric camera can image and characterize laser beams with high resolution over a broad range of emission frequencies.
    The new, fourth-generation Pyrocam IV pyroelectric camera adds greater sensitivity, better resolution, a larger active area, and more compact packaging to address next-generation...
    FIGURE 1. Rayleigh scattering of light from molecules in the air scales inversely with the fourth power of the wavelength.
    The beam focus of high-power fiber lasers can be characterized via imaging of Rayleigh scattering in air-an indirect detection method that avoids damage to detectors due to ultrahigh...
    (Courtesy of IPG Photonics and Ophir Photonics, respectively)
    A 100 kW fiber laser has a 0.8 × 3.6 m footprint and is easily transportable (a); the laser system includes a 50-m-long remote-delivery optical fiber. The one power meter that can measure the 100 kW laser’s beam is now a commercial product (b).
    The first commercial 100 kW fiber laser, a surprisingly small system developed by IPG Photonics, has been sold to the NADEX Laser R&D Center, a materials-processing research laboratory...
    Ophir unveils 100 kW laser power meter, first unit is already in use
    With the appearance of commercial 100 kW near-IR lasers (such as the 1070-nm-emitting fiber laser recently developed by IPG Photonics of Oxford, MA), the question arises: How ...
    (Courtesy of Ophir Photonics Group)
    FIGURE 1. A USB camera with a 4X expanding lens (a) is used along with a fixturing assembly (b) to measure the size and shape of holes in a molded device. The fixturing assembly has a vertical light source that illuminates the device being inspected; the USB camera and expansion lens are beneath the device. The holes have a diameter and depth
    Laser-beam diagnostic software has some surprising use—for example, as a machine-vision tool for inspecting the size and shape of holes during manufacture.
    Laser measurement equipment maker Ophir Photonics has opened a new office in Darmstadt, Germany, dedicated to sales, service, recalibration, and repair of all of the company's...
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    The Photon M2-1780 laser beam profiling system measures the M2 beam propagation ratio and all associated ISO 11146 parameters at video rates over 20 Hz, with accuracy to -5%.
    PE50BF-DIFH-C and PE100BF-DIF-C pyroelectric laser energy sensors from Ophir Photonics Group
    PE50BF-DIFH-C and PE100BF-DIF-C pyroelectric laser energy sensors feature a BF coating and diffuser that deliver a damage threshold of up to 6 J/cm2 for nanosecond pulses.
    Ophir Photonics M2-200s camera-based beam propagation analyzer
    The M2-200s camera-based beam propagation analyzer is an ISO 11146-compliant system that automatically measures laser beam quality.
    The Cache Chamber of Commerce recently honored laser measurement company Ophir-Spiricon, a Newport Corp. brand, as its Outstanding Technology Business of the Year.
    Ophir Photonics version 5.7 of BeamGage laser beam analysis software
    Version 5.7 of BeamGage laser beam analysis software adds advanced image processing features, including fast, off-axis correction of distorted beam images.
    Ophir Photonics Quasar app for Android smartphones and tablets
    The Quasar app for Android smartphones and tablets displays laser meter data when connected to the company's Quasar wireless power and energy meter via Bluetooth.
    The BeamTrack 3A-QUAD high-sensitivity thermal detector measures power from 100 μW to 3W and energy from 20 μJ to 2 J.
    The BeamTrack Power/Position/Size sensors can measure power, position, size, energy, centering, and wander in a single device.
    PF Sensors power volume absorbers for short-pulsed lasers.
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    The Shock Absorber is a mounting post designed to allow the operation of sensitivepyroelectric laser power/energy sensors in an environment with vibration.
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    The FPS-1 fast photodetector is designed to measure the temporal pulse shape of lasers or other light sources.
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    The UV ND family of modular, slide-in neutral density attenuators incorporates a C-mount holder to attenuate UV laser beams for CCD or pyroelectric cameras.
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    StarLab 2.00 laser measurement software converts a PC into a multi-channel laser power/energy station.
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    Juno is a plug-and-play USB sensor-to-PC that connects the company’s laser power and energy sensors to a PC.
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    The PE25BF-DIF and PE100BF-DIF are pyroelectric detectors for repetitive pulses.
    Ophir Optronics, which specializes in precision laser measurement, has acquired Photon Inc. (San Jose, CA), a developer of precision laser-beam-profiling optical-test equipment...
    Ophir-Spiricon has announced Beam Cube, an integrated, industrial-laser beam analyzer designed for high-precision welding and cutting applications. Beam Cube measures beam profile...
    Ophir Optronics CO2 Optics Group has developed an ultra-low absorption lens called Clear Magic, as a complement to its Black Magic lens known for its high durability and long ...
    FIGURE 1. A 12-bar conduction-cooled QCW diode stack proved the right choice for the system; its nominal stack geometry enables a beam profile of 6 x 0.5 mm (left). A number of deviations from nominal (reference) positions are common (right).
    While high-power diode lasers are attractive for applications in which size and efficiency matter, other inherent characteristics have limited their use. Now the European Space...
    Ophir-Spiricon has announced StarLab, laser-measurement software for Microsoft Windows 2000, XP, and Vista (32-bit). StarLab works with Ophir-Spiricon's smart displays and PC ...
    Ophir-Spiricon (Logan, UT) is announcing today its new ModeCheck Industrial CO2 Laser Beam Profiler, a low-cost, portable system designed to help industrial parts manufacturers...
    As applications push the boundaries of laser performance, the need to understand operation criteria is increasingly important. And that, says Ophir-Spiricon, is why it has designed...
    (Courtesy of Ophir-Spiricon)
    FIGURE 1. Nonelectronic methods for viewing laser-beam profiles include viewing a reflected spot from a wall (left), viewing the burn pattern from thermal paper (center), and viewing the burn pattern in an acrylic block (right).
    Because scientific applications of lasers often push the aser to its operational limits, continuous or periodic measurement of the beam profile is necessary to ensure that the...
    The system measures average power, energy per pulse and frequency, spatial beam profile, and temporal pulse shape. The measurement parameters can be recorded in digital form for...