In this blog post, we highlight a couple of laser applications for which we recently have developed novel gratings.
The first relates to pulse front tilting for THz generation, where our new fused silica transmission gratings provide a simple, efficient way to tilt the phase front. We encourage you to read our application note and our online calculator to learn more about this application.
Secondly, we have developed a low loss, high extinction ratio More...
The FREEDOM combines compact size, cost efficiency, and high performance with flexibility in the choice of detector system. These benefits make FREEDOM especially well-suited for integration into portable and handheld instruments.
The key benefits of the FREEDOM UV-NIR are high efficiency across the complete 190 – 1100 nm range, ultra compact size of 50 x 50 ...
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Ibsen Photonics has added nine new Pulse Compression Gratings to our stock available line-up of 100% fused silica transmission gratings for high-power femtosecond laser pulse compression. These gratings cover a broad range of wavelengths from 675 nm to 1030 nm, grouped in the following grating types:
UV-VIS (<800 nm)
800 nm (700-900 nm)
9XX nm
10XX nm
2000 nm
Just ...
More...Product Release – Copenhagen, May 10th, 2010
Ibsen Photonics offers pulse compression gratings in 100% fused silica for high-power femtosecond laser pulse compression at 1000-1100 nm wavelengths with higher than 94% diffraction efficiency
Ibsen Photonics, a leading supplier of holographic Phase masks, transmission diffraction gratings and spectrometer modules based on diffraction gratings, now offers pulse compressions with exceptionally high diffraction efficiency.
Kristian Buchwald, VP – Grating Business Unit comments: “Our fused silica pulse compression gratings have been well received by customers working ...
More...Ibsen Photonics offers pulse compression gratings in 100% fused silica for high-power femtosecond laser pulse compression at both 1064 nm and 800 nm.
Ibsen Photonics, a leading supplier of holographic Phase masks,transmission diffraction gratings and spectrometer modules based on diffraction gratings, now offers pulse compression for both 1064 nm and 800 nm femtosecond laser wavelength regions.
Grating Product Manager Kristian Buchwald comments: “Our fused silica grating technology is perfectly suited to high-power femtosecond applications, where laser manufacturers have been hitting the energy ...
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