Are you trying to measure a low-power, slowly pulsing beam (think of a VCSEL beam for example) – and getting frustrated? Measuring low-power, slowly pulsing beams using photodiode sensors …

The Certificate of Calibration (C.O.C.) certifies that your Ophir instrument meets all its specifications. It tells you – quantitatively - exactly how accurate your Ophir measurement …

If you need to connect your laser power or energy sensors to an automation system – or to a PC – using RS232 communication, the new Juno-RS Virtual Meter from Ophir may be just the …

Measuring a widely diverging, low power beam (think of laser diodes, fibers, etc.) can be challenging. The 3A-IS family of Integrating Sphere Sensors can help you fully capture and …

Laser beams with powers over 100kW? It used to be only science fiction…Today, though, such lasers are real, and are increasingly found in many modern industrial and defense …

Need to measure a laser beam coming out of a fiber? To do it right, the fiber will need to be suitably positioned in front of the sensor, and held steady. Learn about fiber adapters …

Laser power meters have a wide dynamic range typically divided into several scales or “ranges”.

Using the power of laser beams as a weapon has been the stuff of science fiction for many years; today it’s becoming very real.

The development and commissioning of …

The Ophir Ariel – a palm-sized, robust laser power meter for high power industrial applications – has just been made even better! Check it out in this video.

Meet the new IPM-10KW from Ophir, a modular industrial sensor for measuring the average power of high-power lasers up to 11kW. It has a rugged industrial design, and integrates into …

There are many variables inherent to laser processes. Especially when it comes to laser-based production processes for Electric Vehicles (EV) it becomes crucial to measure the key performance …

Now you can measure irradiance and dosage in applications using broadband UV and visible LEDs. In this short video, you’ll learn what the Ophir PD300RM-UVA does, and how to use it

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.

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 …

If your application requires measurement of a widely diverging beam, an integrating sphere might be the right solution.

f all your laser measurement work involves a laptop or a PC, rather than a stand-alone meter, one of Ophir's direct-to-PC interfaces could be an ideal solution. These are full-fledged …

Meet Ophir’s high performance energy sensors for pulsed UV lasers (and not only for UV…). These sensors are the perfect solution for pulsed lasers at 193nm and 248nm. They offer absolute …

Many Integrating Sphere sensors have a specified “Sensitivity to beam size” and “Sensitivity to beam divergence”. Learn what those mean, and when you might not need to worry about them, …

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 …

This video gives an overview of the StarLab application and its various functions. Part 1 of a series of video segments teaching you how to use StarLab.