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Laser Beam Profiling System measures widths to 35 mm. Return to story
Latest New Product News from
Ophir Optronics, Inc.
With USB option, StarLite Meter can communicate directly with PC and display all measurements on StarLab 3.0 laser measurement software. Handheld unit displays variety of beam measurements, including power, single shot energy, energy, and frequency of high repetition rate lasers as well as beam position and size. Equipped with 320 x 240 pixel TFT display with 16 mm digits, StarLite monitors power from pW to many kW or energy from pJ to hundreds of Joules. Read More
Intended for use with pulsed or CW lasers from 266–1,300 nm, CCD camera-based M2-200s automatically measures beam quality in <2 min and supports continuous operation. This portable, ISO 11146-compliant system automatically measures M2, beam waist location and width, divergence, astigmatism, asymmetry ratio, and Rayleigh range for each axis. Input beam sizes can range from 0.5–10 mm, and manual mode allows for beams outside that range or wavelengths outside standard optical train. Read More
Leveraging computation engine that improves cycle time and UI responsiveness while also enhancing ability to work with apertures and partitions, BeamGage® v6.1 performs data acquisition and analysis of laser beam parameters. Solution can analyze different beams or sources of light and incorporates strip chart function that allows for zooming and panning as well as charting of partitions and storage of 10,000+ data points. Solution also includes 55+ measurements and calculations. Read More
With BeamWatch, users can accurately measure parameters of lasers up to 100 KW. System makes set of complete measurements at camera update rates, measuring Rayleigh scatter caused by beam. This provides instant readings of focus spot size and beam position, as well as dynamic measurements of focal plane locations during process start-up. Suitable for YAG, disc, fiber, and diode lasers in 980–1,080 nm range, BeamWatch takes measurements without shutting down process. Read More
Featuring water-cooled design, BeamTrack 1000W-BB-34-Quad Thermal Detector measures power from 15–1,000 W and energy from 300 mJ to 300 J. Beam position is accurate to 0.5 mm, and can be logged to record beam wander. In addition to Juno PC interface, sensor includes Smart Connector interface that operates with StarLite, Nova II, and Vega smart displays. Display is automatically configured and calibrated when plugged into laser measurement head. Read More
Featuring broad spectral range operating from 150 nm to 12 µm, Model PE9-ES-C measures at high repetition rates up to 10 kHz. Unit features 8 mm active aperture area and supports pulse widths to 20 µs. User-adjustable threshold prevents false readings in noisy environments, while built-in wavelength correction ensures accuracy and repeatability. Up to 250,000 points of data can be stored on-board in nonvolatile memory and can be sent to computer for analysis and storage. Read More
With response time of less than 1 minute, 100K-W Laser Power Meter measures high power beams at distance past focal spot of laser or, alternatively, at distance from diverging fiber output where beam has expanded to about 100 mm diameter. Portable unit consists of 50 x 50 cm beam dump and 11 x 15 x 34 cm water flow power measurement unit. Meter connects to PC via RS-232 and includes software that displays and graphs power and water flow rate. Read More
With repetition rates to 10 kHz, PE50-DIF-ER-C offers energy measurement down to 100 µJ and has diffuser for high damage thresholds up to 20 J/cm² for 300 µs pulses. PE50BB-DIF-C, with flat broadband coating, measures energies down to 0.1 mJ and has flat spectral response from 0.19–20 µm with diffuser removed. With diffuser, sensor supports energy densities up to 3 J/cm² for nanosecond pulses. Both have active aperture areas to 46 mm and user-adjustable threshold that prevents false readings. Read More
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Ophir Optronics, Inc.