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With a free firmware update, PicoQuant’s high-end picosecond pulsed laser driver Taiko PDL M1 can unleash the full power of your diodes. Run existing and new laser heads at maximum pulse energy for any repetition rate. Also available now: a new generation of high-powered multimode diodes and green emitting ones.
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OptoSigma’s thermopile power meters are optimized to provide superior linearity, thermal stability, and spatial uniformity for both CW and pulsed lasers. The calibrated sensors accurately measure laser power from 1 mW to 40W and across wavelengths from the UV to the LWIR. Choose from our simple and cost-effective USB power meters or use our convenient stand-alone types with handheld display.
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A game changer, Hamamatsu’s P13243-013CA InAsSb MIR detector has enhanced sensitivity, high speed, and low cost. We’re giving away free samples at Photonics West 2020 to those with an infrared application or research project, so visit us at booth 1227 to get yours before they’re gone.
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Luna Innovations and General Photonics deliver the industry’s most comprehensive range of solutions for fiber optic testing, delivering unprecedented insight into optical component performance and unmatched manufacturing test speed. In addition, OEM modules and components provide a complete solution for polarization measurement and control with flexible emulation and analysis.
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HÜBNER Photonics proudly introduces the 08-NLDM 785 nm ESP (enhanced spectral purity) as part of the Cobolt 08-01 Series. The 08-NLDM 785 nm ESP complements the Cobolt 08-01 Series of compact high-performance single frequency and narrow linewidth lasers for the high resolution Raman market. The spectral purity of the 08-NLDM 785 nm ESP is >60 dB @< 0.5 nm away from the main peak. See the ESP @ BiOS 8229 @ PW 2249.
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The Hinds’ MicroImager provides quantified data when examining collagen samples, imaging myelin, viewing microscopic defects in diamond and analyzing stress in glass, film, polymers and liquid crystal. The MicroImager measures retardance from 0 - 315nm in a matter of seconds with a spatial resolution of up to 0.7µm. Included Phase Unwrapping technology allows retardance measurements up to 3500nm.
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Osela’s True Gaussian Laser uses unique optical technologies to produce fiber-like laser beams in a standalone compact free space module. The technology allows for maintaining of high Gaussian fit > 95% over long working ranges. The TGL also projects circularized beams while maintaining a high Gaussian fit, low aspect ratios, and low optical noise. Available at wavelengths from 405nm-830nm.
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