Laser Beam
See Also: Pulse Width, Beam
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*High Power Laser Beam Dumps & Low Power Beam Traps
Laser beam dumps for high power laser processing, laser measurement and other applications, and low power beam traps
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Automated Laser Beam Quality Measurement System
Beamage-M2
Large Apertures: The only M2 system on the market equipped with a complete set of 50mm optics. Also, the sensor is 11.3 x 11.3 mm. Simple Alignment: Two beam-steering mirrors are included for quick and easy alignment of your laser into the system. The internal mirrors are factory-aligned and the pre-set height also simplifies the alignment.Available Fall '17
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15% Beam Splitter
10725C
The 10725C 15% beam splitter, designed for beam diameters of 9 mm or less, reflects 15% of the total incoming laser beam and transmits 85% straight through. This optic is without housing and requires a user-supplied mount.
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Amplifier Built-in Ultra-compact Laser Sensor
EX-L200
Panasonic Industrial Devices Sales Company of America
The EX-L200, the one of the world’s smallest Laser Sensors with a built-in amplifier, is designed to detect minute objects with utmost accuracy. Despite its miniature size, the Thru-Beam Type (EX-L211) can detect minute objects with a diameter of just 0.3mm, and the Spot Reflective Type (EX-L221) can even detect gold wire whose diameter is a mere 0.01mm. To facilitate solving application tasks, these sensors come equipped with a Potentiometer and two indicator LEDs. For the Thru-Beam Type, reflective material on the receiver allows users to visualize the laser beam, easing beam-axis alignment.
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Beam Position Detectors
We offer a wide range of laser beam position detectors for optical alignment including Quadrant Cell Photoreceivers, PSDs, and Thermopile Position Sensors. Please see our Beam Position Sensor Guide for more information.
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wavefront sensors
HASO4 FIRST
HASO4 FIRST is the ideal choice for results driven professionals in domains including adaptive optics, optical process optimization, laser beam characterization, and many others. Thanks to our patented technology, the HASO family by Imagine Optic are world's only sensors with no bias error, keeping its phase accuracy on any measured intensity profile (Gaussian, Top-Hat, hyper Gaussian, etc.). The USB 3.0 connectivity and the ergonomic design allow an easy plug and play installation of the HASO4 FIRST in any application.
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Conical Laser Power Probes
Conical Head Power Probes are used to measure high power density CO2 laser beams which may damage the standard flat surfaced Power Probes. The conical absorbing cavity exhibits a high heat dissipation.
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Optical/Laser Power Meters
Sanwa Electric Instrument Co., Ltd
Laser Power Meters measure the energy output of laser beams for testing or laser system applications. Laser Power Meters use detection sensors to determine the intensity of a laser beam's energy output. Laser Power Meters are designed to analyze lasers within a particular range of wavelengths or intensities.
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Camera BasedBeam Profilers
Our Camera beam diagnostic Line-up offers measuring capabilities starting from sub-micron laser beams to sensors of 1/1.2" with built-in automatic filters wheels. The camera based beam diagnostic offers the intensity measuring profile and the detailed beam power distribution within the profile.
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Laser Heads
The laser head is the source of the laser beam used in all laser motion and position measurement systems. The primary difference between laser heads is in the velocity, reference frequency and optical output power. Other considerations are size, heat dissipation, and input power requirements. Which laser you choose depends primarily on the application in which it will be used. For example, semiconductor lithography systems typically have faster moving parts (stages), and therefore need higher velocities than machine tool applications.
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Beam Profiling System
BeamCheck
BeamCheck is an integrated laser measurement system designed to measure critical laser beam parameters for laser-based additive manufacturing systems BeamCheck includes a CCD camera for spatial measurements and a NIST-traceable power sensor that will provide a complete analysis of the laser power density profile.
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M2 & BPP Systems
The M2 factor wil define the beam propagation characteristics compared to ideal Gaussian beam propagation. According to ISO Standard 11146 rightfully offers the laser beam characterization as "M2 times diffraction limited beam", as such, a perfect beam will have an M2 of 1. 1 will be the best achievable value and no beam could have an M2 less than 1. Our conceptual design is based on sub-assemblies allowing to change the sensing head in the M2 device, offering multiple wavelengths heads up to 2.7 microns from deep UV (knife-edge technology) and camera based technology with built-in automatic filter wheel for adjustment. For focused beams, the same measuring head could be attached to a device for meauring highly divergent or highly convergent beams - FocusGage-BA, wherein the Laser Analyzing Electronic Autocollimator offers the capability of divergence measurement with Coming Soon M2 definition. M2Beam is the cornerstone of those measuring devices.
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Laser Levels
Fast, accurate and portable, PLS laser levels save time and money versus traditional layout methods using a bubble vials, plumb bobs or complex measurements. Compare the benefits PLS laser tools: Beam quality will be bright, thin and crisp. Drop tested with water and dust Ingress Protection (IP). Designed for the professional contractor with self-leveling technology. Green Laser Levels, Rotary Lasers, Point Lasers and Line and Combo Lasers.
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33% Beam Splitter
10700A
The Keysight 10700A beam splitter is designed for beam diameters of 6 mm or less. It reflects one third of the total incoming laser beam, and transmits two thirds. It includes a housing for standard mounting.
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Pulse Characterization Sensors
Pulse Characterization Sensors provide the ability to see and measure the temporal characteristics of pulsed and CW laser beams. Ophir Fast Photodiode Detectors are designed to convert optical signals into electrical signals which are then measured with third-party instrumentation such as oscilloscopes and spectrum analyzers. Accessories are available to connect to IS6 integrating spheres or fiber optic cables. Attenuating filter accessories are also available to increase their dynamic range. Different models offer silicon, UV enhanced silicon and InGaAs PIN photodiodes, covering a combined spectral range of 193 nm to 1700 nm. Rise times range from 25 picoseconds to 3 nanoseconds. The fast rise times are achieved by an internal reverse bias voltage circuit. Power is supplied by internal batteries and/or an external power supply depending on the model. Detectors should be connected to a 50Ω impedance in order to maintain their nominal rise times. They can be connected to higher impedance loads, but this will result in a significant increase in the rise time. If higher output voltage is required, it is recommended to connect the detector to a trans-impedance amplifier with an Input impedance of 50Ω
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Laser Diameter Measuring Instrument
RC-078
The RC-078 Laser Diameter Instrument is a high accuracy one without contacting designed on the basis of the laser scan measuring principle. The 2-dimension measuring mode is applied to the instrument, and the 2-way laser beam is in the positive cross design in the measuring field, thus effectively eliminating testing errors caused by work piece shocks. It is special suitable for real-time measurement of the production field, and widely used in the test of round wire materials such as communication cables, optical cables, co-axial cables and power cables, and the test of various kinds of other round work piece diameters.
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Flatness Mirror
10773A
The Keysight 10773A Flatness Mirror is a 100% reflectance mirror that turns the direction of an incoming laser beam 90 degrees. The mirror, used in the 5530 Laser Calibration System, measures flatness in applications such as surface plate calibration. It can be used in place of the 10707A Beam Bender (6 mm or less beam diameter) for applications that require the larger aperture of the 10773A.
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UV-NIR Beam Profiler
CinCam
CINOGY Technologies CinCam is optimized to provide excellent sensitivity from the UV to NIR spectral range involving CCD/CMOS/InGaAs technologies. Thanks to its high resolution and its small pixel size, the CinCam ensures the highest accuracy in laser beam analysis of cw and pulsed laser systems. The plug and play design facilitates easy and flexible adaption to standard optical components.
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Multi-Spectral UV/Laser Range Stimulator
Phantom™
The Phantom is a long-range laser and ultraviolet (UV) stimulator capable of testing aircraft electro-optical sensor suites up to 5 km. Phantom can operate as an independent laser and/or UV stimulator or can be integrated with our other electro-optical and radio frequency range systems (see GTESS and PRTS). The Phantom provides both a laser threat and a synchronized temporal missile plume signature to stimulate both the aircraft’s laser and missile warning systems. Training aircrew to counter maneuver a Laser Beam Riders (LBR) threat is considered essential to survival and in-air training. The Phantom can be deployed either on a shoulder or tripod mount.
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Turning Mirror on Universal Mount
10769B
The Keysight 10769B Turning Mirror on Universal Mount deflects a laser beam at any angle, in either the vertical or the horizontal polarization plane of the beam. The 10769B contains the same turning mirror as the 10769A, but has a different mounting.
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50% Beam Splitter
10701A
The Keysight 10701A beam splitter is designed for beam diameters of 6 mm or less. It reflects one half of the total incoming laser beam, and transmits one half. The Keysight 10701A optic includes a housing for standard mounting.
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Beam Bender BK7, Fixed Vertical-Bend Mount
E1834Z
The E1834Z is a beam bender that bends the incoming beam at a 90-degree angle and is designed for beam diameters of 9 mm or less. This referenced optics uses high performance vertical mount to deliver laser beam throughout a measurement system. The 8 flexure feet are designed for stable beam pointing.
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Pro-Line Laser Kit
The Pinpoint Pro-Line Laser Kit combines the features of a transit, an infinitely long straightedge and a laser alignment system all in one compact, portable and versatile design. Precision laser alignment for production, maintenance and plant engineering projects, both large and small, has never been so easy. The Pro-Line Laser produces a crisp, collimated laser reference beam that forms a bulls-eye pattern for easy visual alignment and measuring. A finely ruled target and magnetic base are easily moved around for checking alignments, allowing one person to do the work of several.
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4% Beam Splitter
10725B
The 10725B 4% beam splitter, designed for beam diameters of 9 mm or less, reflects 4% of the total incoming laser beam and transmits 96% straight through. This optic is without housing and requires a user-supplied mount.
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Optical Camera Trigger
The Optical Camera Trigger is an optical sensor that detects pulsed light sources and generates outputs to trigger a camera. The front aperture of the Optical Trigger must be directed at a light source that provides the necessary properties for trigger activation. (e.g. a laser flash lamp, a pick-off source from the main laser beam, or similar). The light source may be a direct or indirect pulsed waveform.
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Laser Distance Meter
*Measuring distance : 0.05 to 30m*LCD display : 2 rows*Accuracy : ±1.5mm (±0.06in)*Unit conversion : m / in / ft*Laser classification : class 2*Laser type : 635nm <1mW*Laser beam*Dynamic measurement*Area, volume measurement*Pythagorean proposition measurement*Indirect measurement*Add / Subtract calculation*Maximum / Minimum measurement
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Simulating Optical Design Components
Wave Optics Module
The Wave Optics Module provides dedicated tools for electromagnetic wave propagation in linear and nonlinear optical media for accurate component simulation and optical design optimization. With this module you can model high-frequency electromagnetic wave simulations in either frequency- or time-domain in optical structures. It also adds to your modeling of optical media by supporting inhomogeneous and fully anisotropic materials, and optical media with gains or losses. It is straightforward to simulate optical sensors, metamaterials, optical fibers, bidirectional couplers, plasmonic devices, nonlinear optical processes in photonics, and laser beam propagation.
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High-resolution, SWIR InGaAs camera
Wildcat+ 640 TE0 and WL Series
The Wildcat+ 640 TE0 and WL series is based upon a state-of-the-art uncooled InGaAs detector with 640×512 pixels and 20 μm pixel pitch. The WL version uses a special windowless sensor package for laser beam analysis applications. The camera offers superior, high-resolution SWIR imaging capabilities, comes in a versatile and industry-proven Wildcat camera package (GenICam compliant) and offers advanced on-board image processing.The Wildcat+ 640 TE0 and WL cameras output full frame images at 220 Hz via either a CameraLink or USB3 Vision interface.The Wildcat+ 640 TE0 and WL is suitable for semiconductor inspection, display inspection (mobile phone and TV), microscopy and laser beam analysis.Benefits & Features- Compact and industry-proven camera design- High resolution SWIR imaging- Advanced on-board image processing performance- GenICam complaint- Flexible optical mount and lens options
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SF000/B Laser Rangefinder – 50 M
28056
The Lightware SF000/B is an ultra-small and light open-frame LIDAR laser rangefinder designed for size and weight constraint applications. Using a time-of-flight system to make very fast, accurate distance and speed measurements. Accuracy is not affected by the color or texture of the surface, nor the angle of incidence of the laser beam. The SF000 is virtually immune to background light, wind and noise, making it an ideal sensor to detect unexpected obstacles.
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*Terahertz Measurement
Terahertz laser power and beam profiling measurement is not a trivial task. But as anyone using or developing THz lasers knows, it is crucial to obtain accurate measurements of your laser. Ophir offers a few choices, depending on what aspect of your laser you need to measure. Read these posts for more about Terahertz measurement.
