The LBS-300HP-NIR beam splitter allows camera-based beam profiling for high power lasers.
Videos
Showing 1 - 10 of 179 videos
Do you need to integrate a customized sensor into your system?
Learn about Ophir’s new “UAE” family of sensors with an Ethernet interface, for OEM applications.
The new Ophir Juno+ enables you to connect your Ophir “Smart Sensor” to your PC via USB. Your PC then becomes a full-featured laser power meter, either running Ophir’s StarLab software application, or perhaps communicating with your own system via our “COM Object”. Get a glimpse of its capabilities in this overview video.
For measuring high power laser beams all the way up to 16KW, Ophir offers the new sensor 16K-W-BB-55.
It boasts a large aperture, very high damage threshold, over temperature alarm to protect against cooling system failures…and lots more. Get introduced in this short video.
Support for Ophir’s newest instruments…Support for new measurement modes (such as “Pulsed Power” for measuring higher powers using lower-power sensors, “Low Frequency Power” for measuring power of VSCELs and similar slowly-pulsing sources, and more)…In this short video,
The following video gives an overview of how Ophir measurement solutions are typically used in medical applications
For applications that need a large Integrating Sphere, Ophir offers the IS6 series. These are 6” Integrating Spheres, available with and without built-in calibrated sensors, in a range of configurations. Get to know the IS6 family in this video.
If your application requires measurement of a widely diverging beam, an integrating sphere might be the right solution.
Learn what Integrating Spheres are, what they help you do, and see the range of solutions available.
Laser measurement has widely spread in the treatment of patients as well as in the manufacturing of medical products and instrumentation. This video explains how Ophir laser measurement technology can improve patient outcomes.
Using these Ophir fast photodetectors, you can see and measure the temporal characteristics of pulsed and CW laser beams.
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